Test facility for electrical test of wind turbines and their grid compliance.

The test facility is used for ful-scale test of vind turbine nacelles and drift trains.

The test facility is used for full-scale test of wind turbine nacelles and drift trains.

3D concrete printing has great potential for creating optimized concrete structures with minimal material consumption and new design opportunities.

Discover the 3D Imaging Center – an advanced X-ray facility with five scanners providing precise 3D visualizations of both hard and soft materials. Explore CT scanning with phase contrast and absorption, as well as surface scanning with high-resolution laser equipment.

‎Discover our 3D MJP printer – perfect for printing models, prototypes, design, and development! With the 3D Systems Projet MJP 2500 plus, you get precise results in impressive sizes up to 294x211x144 mm.

‎Discover our state-of-the-art laboratory featuring the ZEISS COMET 8M 3D sensor system – ideal for quality assurance, tool and mold making, design, rapid manufacturing, reverse engineering, and the documentation of archaeological and art historical objects.

Discover our advanced 3D metal printer, Trumpf Truprint 1000, with a build area of Ø100x98 mm – perfect for printing machine parts and details for design and development phases. At AM Learning Lab Herningsholm, we also offer post-processing of printed parts for top-notch precision and finish!

Do you need to create products tailored to individual preferences and diets while ensuring excellent texture and high quality? We may have the solution for you: a 3D food printer.

Discover our FDM printers – ideal for printing in plastic materials such as PLA, FLEX, PETG, and Nylon/Carbon. Perfect for prototypes, test prints, and small series in development, design, and construction.

‎Discover our advanced scanners that cater to a wide range of needs! From Einscan-SE and HX for reverse engineering to Einscan H for scanning body parts and Freescan UE11 for quality control. Whatever you need, we have the perfect scanner for you!

‎With a build area of 145x145x185 mm, you can create durable, clear, flexible, and grey 3D prints in SLA materials. Ideal for development, design, modeling, prototype manufacturing, and small series. Bring your ideas to life with precision and quality!

Aarhus Vand's Living Labs is a knowledge and innovation environment that provides the opportunity for testing and demonstration of water technology solutions in a full-scale real-world environment. We provide an area of our drinking water supply with 17,000 households. In addition, five wastewater treatment plants and climate adaptation are also included in the development and demonstration of new solutions that support a sustainable water supply and wastewater treatment

AAU 5G Smart Production is an interdisciplinary initiative at Aalborg University (AAU), focusing on the use of new technologies such as wireless communication, robotics, and digitalization for production.

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‎DFM is Denmark's National Metrology Institute for acoustic measurements in gases, offering precision calibration of microphones across frequency ranges from 1 Hz to 150 kHz.

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The fatigue and fracture of materials (FFM) research laboratory focuses on material characterisation for component lifetime, surface properties and instabilities of the structural components.

Focus on sound quality assessment. It is divided into: (1) a sound-treated booth, (2) a surround sound acoustic-ambiance simulation, (3) a perceptual area for interactive psychoacoustic experiments.

We ensure reliable bonding of products with expertise and testing facilities. Avoid quality issues, production stoppages, and complaints.

Performance of electrical, thermal and reliable capacitor performance during realistic operating conditions

At the Danish Technological Institute, we use femtosecond lasers for precise machining of plastics and thin materials without thermal damage, ideal for 5-500 micrometer holes and patterns.

‎AHU-Lab tests, develops, and provides consultancy for manufacturers, certification programs, and authorities in both large ventilation systems and residential ventilation.

DFM has developed a method to quantify uncertainties in AI model predictions, which can be applied across different architectures and used in digital twins for accurate measurement data.

‎At the AI for Robotics Lab at the Danish Technological Institute in Odense, we offer advanced solutions for companies looking to implement artificial intelligence. We assist with everything from AI training to image analysis for automated quality control and data analysis from sensor-based robot control. Prepare your business for the technologies of the future!

‎FORCE Technology has one of the largest facilities in the world for calibration with atmospheric air.

‎The air laboratory at FORCE Technology provides industry with comprehensive handling and accredited measurement of air pollution in emissions, air quality, indoor climate, and work environments.

Air pollution is currently the strongest contribution to early death in the world and is associated with a number of diseases and genes. Animal production greatly contributes to air pollution by emissions of ammonia, sulphur compounds, volatile organic compounds (VOC) and particles. Our research focuses on developing environmental technologies for reducing emissions from livestock production and developing methods to characterize emissions and their impact.

The usability of gas and particle sensors depends on the expected use. We perform usability validation as well as design and perform calibration methods adapted to your needs.

FORCE Technology is hosting the network AM Link that provides access to 3D print comptences for Danish com-panies. The goal of the network is to ensure that the Danish companies get the benefit of the growth potentials eminent in the 3D print technologies.

AnaEE Denmark is the national Danish contribution to the European research infrastructure AnaEE (Analysis and Experimentation on Ecosystems). AnaEE Denmark provides access to public and private users to nine experimental research facilities around the country covering agricultural systems, forests, moors, grass areas and lakes and streams. AnaEE Denmark is a consortium with partners from the University of Copenhagen ( coordinator), Aarhus University, DTU and RUC.

Measurement of air velocity is performed in connection with meteorological observations, testing and operation of wind turbines, indoor climatic investigations, emission measurements and optimisation of ventilation systems. DTI is appointed as the National Reference Laboratory and has a long experience of testing and calibrating anemometers.

‎At FORCE Technology's Architectural Acoustics Lab, we test the acoustic properties of components, such as sound insulation, reduction levels, impact sound levels, and impact sound insulation, as well as absorption area and absorption coefficient.

Artificial intelligence can analyze clinical data and support you when making diagnoses and choosing treatments. Together, we develop solutions so you can fully benefit from the technology.

Pretotyping, prototyping, and machine building/safety, process mapping and optimization, metal storage, 4-axis milling machine, welding, turning, 3D scanning + printing. Siemens/Arduino PLC, Fanuc/ABB 6-axis industrial robot.

The Danish Technological Institute (DTI) can help clarify where and how autonomous mobile robots and drones can make a difference to your company.

‎Danish Technological Institute's battery laboratory offers tests at cell, module and system level. The laboratory tests the performance of batteries under various conditions. It is e.g. possible to characterize battery cells and battery packs under different operating and climate conditions and provide answers to the real energy content of a battery. Safety aspects are also an important focus area, where it is possible to test the mechanical robustness and fire safety in the event of overvoltage, overcurrent and thermal runaway.

Battery systems Test Laboratory is an advanced laboratory for electrical, thermal and life testing and characterization of batteries. The laboratory makes it possible to examine battery cells and battery packs during variable electrical and thermal stress conditions in a safe environment using world-class devices. Thanks to the available infrastructure, it is possible to test and evaluate the performance of the batteries under the same conditions as they would encounter in electrical vehicles, grid support (e.g. frequency control, peak shave etc.) or indestructible power supply applications. In addition, commercial, prototype or homemade battery management systems (BMSs) can be tested in a safe and reliable environment.

We offer specialized knowledge of 24/7 data collection, national healthcare infrastructure, and international standards, so you can develop secure and user-friendly solutions.

‎Tests of biodegradability and compostability

The purpose of testing facilities is to provide students and researchers the necessary equipment and analysis to help exploit biological means such as microorganisms, plants, enzymes and other biochemical components best possible to treat, transform and produce various materials

BioFacility comprises DTU's animal facilities and is responsible for both operation and care of the various animal units. The animals are housed in units in controlled environments in compliance with legislation and guidelines.

As a pioneer in medical biofilm, we experience increasing awareness from medical companies that aim to implement biofilm research in their portfolio. However, it is clear that biofilm research is still in its way, and most pilot studies and testing of new antimicrobial substances do not include biofilm growth. Antimicrobial substances can therefore not have an effect against biofilm bacteria. This is done with the independent Biofilm Test Facility.

‎The biofilter at AU Campus Viborg constitutes a state-of-the-art platform for research, development, and demonstration of technologies related to abatement and control of odor from biogas production.

Bio Fuel Analysis Lab holds a number of analytical instruments for analysis of liquids, oils, water samples and solid substances. The analysis equipment includes SimDist, GC/MS, GC, CHNS/O elementary analyzer, FT-IR, titration unit for Karl Fischer and determination of acid numbers (TAN). In addition, an IKA 2000 bomb calorimeter for the determination of fuel values of solid and liquid substances, PAC equipment for the determination of micro carbon chloride and flame point. For the analysis of watery samples, a Hach photo spectrum can be used.

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The laboratory offers batch and flow test facilities for the performance of thermochemical experiments during high pressure and high temperatures. The Batch systems range from microliter scale to trial campaigns with many attempts to literal batch reactors for the production of larger amounts. The laboratory also includes the vacuum-assisted evaporation and distillation equipment from <50 mL to 20 L batches. Other separation equipment can be mentioned a table spin and a continuous three-phase spin. The laboratory also counts a flow "hydrotreater" for hydrogen processing of liquid materials, such as raw oils, bio oils, etc., for liquid fuels. In addition, a flow system is available for testing different solar lamps, such as HTL, and a flow system for testing technologies for the chemical recycling of plastic, such as solar transformer, dissolution, etc.

‎We help Danish and international companies with development, testing and verification of concepts, prototypes, and commercial solutions in as well as slurry as wastewater matrix.

The Protein Research Group at SDU develops advanced computational tools for analyzing mass spectrometry and proteomics data.

The facilitation is used by life science companies to identify relevant biomarkers in biological samples. The facilitation is a test environment where clinically relevant biological samples are used for identification of biomarkers and testing technologies for detection in relevant biological samples.

The laboratory offers the fabrication and characterization of soft matter such as polymers and proteins, as well as studies of bacteria and biofilms for industrial applications, providing solutions for the medical, pharmaceutical, and food industries.

The research unit for Molecular Microbiology is equipped with a Biosafety Level 2 laboratory, which boasts a range of state-of-the-art facilities dedicated to the monitoring and analysis of pathogenic microorganisms.

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‎Blade Test Centre (BLAEST) is a large facility designed for full-scale testing of wind turbine blades up to 85 meters in length.

Structural strength test of wind turbine blades up to +120 m.

Artificial intelligence can improve the development of pharmaceuticals by increasing both precision, speed, and evidence. We teach life science experts how to use AI.

Semi-natural heathlands/grasslands are key for biodiversity, carbon storage, and recreation. At Brandbjerg, we simulate climate change impacts using drought treatments and monitor greenhouse gases.

By engaging users, we help you create, choose, and successfully implement technology. We uncover their needs and create ownership and motivation for the solution.

Operating from TRL0 to TRL6 — from early-stage ideas to the creation of spin-offs — and supporting cell factory and bioprocess development from nanoliter to 100-liter scale.

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The purpose of Fuel cell lab at Aalborg University is to test, develop and streamline hydrogen and Power-to-X technology. The laboratory has advanced test equipment for both high and low-temperature fuel cells, PEM-electrolysis and the ability to evaluate reforms to metanol.

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Danish Technological Institute offers a wide range of services within calibration and metrology. We inspect and calibrate more than 75,000 pieces of measuring equipment annually for over 3,000 customers.

‎The Danish Technological Institute offers a comprehensive range of services in calibration and metrology. Each year, the institute inspects and calibrates over 75,000 pieces of measuring equipment for more than 3,000 customers. The services include consultancy, testing, calibration, development, documentation, and training. With relevant knowledge of processes and products, the institute can assist with the selection and development of sensors, calculation of measurement uncertainty, and much more.

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Carbon Capture Lab is a modular test facility to investigate CO2 capture at reduced scale and under simulated industrial conditions. The facility captures CO2 from flue gases using liquid solvents.

The HTL plant (CBS1) aims to run large test campaigns under industrial conditions. The plant has a capacity of 20-30 kg/time bio-slurry. The plant is equipped with pre-treatment facilities including mixer unit and hammer mill. The plant can run tests with temperatures up to 450 C and 350 bar. The plant is equipped with online gas analysis, the gravitational product separation and oil mining. A wide range of input biomasss is possible to test (wood, slurry, wastewaterlam, food waste, algae etc.).

Experience advanced cytometric analyses and precise sorting of cells or nuclei with the FACSAria III High Sensitivity flow cytometer from the Functional Genomics and Metabolism unit.

‎CfD conducted over 1.5 million COVID-19 PCR tests for the Danish Regions during the pandemic.

We have Denmark's only Center for Industrial 3D Printing with a complete production line for developing and printing parts. Here, we offer 3D printing services, and our courses help to upskill the industry.

‎C:MAC offers expertise in characterization of structures, films and materials. C:Max has characterization equipment, microfluidics and cleanroom facilities fully equipped for micro- and nanofabrication

‎The purpose of CAST is to provide access between research and industry and turn ideas into commercial succeses. The centre supports research, development and commercial use of advanced sensor technologies.

At the Centre for AI Science and Applications (CASA) we create and support smooth, transparent and systematic matchmaking between highly requested skills and interested collaborators within and outside the university.

Visitors can explore on their own or book a guided tour (larger classes for a fee) and experience and try out the countless technologies. The role of the centre is to inspire and showcase the latest welfare technologies and learn about their use.

Custom-built test chamber for air quality products. Here we can test, demonstrate and develop air purifiers and sensors for air quality measurements in an isolated environment.

‎Get help understanding your product in depth with our expertise in characterization and surface analysis.

Complete characterization of inductors and transformers (B-H baskets, core loss, impedans, permeability, etc.)

DFM develops calibration and validation methods for quantum technology with traceability to primary standards, including a generic test bench for CV-QKD systems and quantum hardware such as lasers, single-photon sources, and modulators.

Raman spectroscopy, SEM/EDS, and fluorescence techniques are used to identify and map the distribution of chemical substances and biomaterials on surfaces, including height profiling. Additionally, machine learning/AI is applied for unique identification and calculation of surface coverage.

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A foreign object can be characterized in many ways, such as chemical composition, size, weight, concentration, electric charge, morphology (shape), surface area, and porosity.

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‎In the climate chamber, which has a volume of approximately 900 m³, large components, structures, and functional systems can be tested in a realistic atmospheric marine climate.

‎Test cables in our unique climatic wind tunnel with full-scale tests that simulate realistic weather conditions. With wind speeds of up to 32 m/s and temperatures down to -10°C, you’ll obtain reliable data to enhance the performance of bridge cables.

‎At our facilities in Hørsholm, FORCE Technology is able to simulate most climatic conditions. This enables us to test how products react to e.g. frost, salt water or rapid temperature changes.

‎CoaST field test station for fouling control and anticorrosive coating systems.

In collaboration with the Danish Technological Institute, you may create a successful and safe implementation of robots that can work closely with people.

Is your product compliant with standards and requirements? Use our facilities and accredited labs, to ensure your product is compliant within radiation, immunity and safety.

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Industrial laboratory, where facilities and experienced concrete technologists are made available to companies working on the development, optimization, and documentation of concrete and other cement-based materials.

The Concrete Lab at FORCE Technology is a collective name for a string of equipment and facilities used for test and characterization of concrete strutures and surfaces.

Exhaust machine

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Are you facing challenges with oxidation, which can lead to the loss of flavor, color, and nutrients in your food products? Is there uncertainty about your product's shelf life, or do you experience quality variations between batches? We're here to help solve these issues in collaboration with you.

cOpenNMR enables open access to academic and industrial scientists from all fields for conducting high field solution NMR spectroscopy

CFIM - Core Facility for Integrated Microscopy - is a technology platform that offers access to a wide range of state-of-the-art light and electron microscopes. Besides hosting equipment, CFIM offers expertise, training and support.

‎Pitting, crevice, intergranular and immersion corrosion testing.

CPHLabs is a shared laboratory facility and community for entrepreneurs who wants to start a lab-based business within life science and biotechnology without having a fortune.

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Sensor-based data collection gives your aid tool a digital dimension that benefits the citizen, your customers, and your business. We assist you all the way from initial testing to operation.

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Our security check uncovers your blind spots, so you can eliminate your biggest vulnerabilities immediately. You’ll learn how to handle security issues going forward.

We uncover your blind spots so you can eliminate your biggest vulnerabilities immediately. You'll learn to handle security in a business-smart manner and get help to close the most critical gaps.

‎The Poul la Cour Tunnel is primarily used for testing of wind energy-related designs such as blade sections, but also other designs that can be advantageously tested in large sizes and at high flow speeds.

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We are a formalised and open Danish proteomics research infrastructure including all major academic proteomics and mass spectrometry laboratories in Denmark.

When using data and machine learning as a lever for your business, you can go far: from solid knowledge about today and tomorrow to tools that revolutionize your results and processes.

Quality data can create value when they are organized, so they can be used by the right people and systems – and for machine learning. We review your data and demonstrate their suitability.

HPC made user friendly through a graphic user interface and have reached more than 11 thousand users.

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Your gateway to cutting-edge nanofabrication and atomic-scale characterisation. 1350 m² of cleanroom and state-of-the-art equipment, ISO 9001 certified and covers all TRLS, open access 24/7 all year.

‎AEM is responsible for the central laboratory animal facility at the University of Copenhagen and the University Hospitals. AEM also handles assignments for external research groups.

The Danish Technological Institute develops and documents the effectiveness of clean air solutions against harmful particles and gases, both indoors and outdoors. We achieve this by combining expert knowledge in the field with state-of-the-art testing facilities and equipment in our laboratory

‎Specialised environmental laboratory in aquatic ecotoxicology and biological analysis. We conduct acute and chronic toxicity tests on algae, crustaceans, and fish – including studies of endocrine-disrupting effects – using chemicals, products, process water, wastewater, effluent, and more. We also offer biological analyses of environmental samples, focusing on species composition and abundance of algae and zooplankton.

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Our experts help you identify how to best elevate your business and sustainability with digital technologies.

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‎Our mission is to unite chemists and biologists for the advancement of biomedical research.

Inspiration space for welfare technology aimed at promoting awareness of technologies through presentations and demonstrations.

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Our extensive laboratory facilities are suitable for proof-of-concept at different scales of solutions to ensure clean drinking water. We test purification solutions including activated carbon, analysis of sand filters and more.

‎The Danish Technological Institute offers measurements, testing and analysis of drones for use in construction, regular control and risk assessment of your drone.

The DTL Laboratory is the first of probably several laboratories at Aarhus University, located strategically in the Central Denmark Region with a focus on the digital transformation. The overall purpose of the laboratories is to provide new research-based knowledge to the manufacturing industry in the municipality, so that companies come with the new industrial wave, where the digital world is integrated with the physical production.

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Laboratory for soil characterization, identification of geotechnical parameters and constructions performance.

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DTU Proteomics Core provides access to proteome analyses with advanced mass spectrometry equipment.

‎DTU Screening Core provides state-of-the-art facilities for medium and high throughput screening.

Test facility for advanced mechanical testing and determination of properties and behavior – at material level, to subcomponent - and structural scale.

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Are you facing challenges with purifying ingredients, preserving volatile components, or ensuring product quality? If so, you may need a method that handles sensitive products without compromising flavor and quality. We are here to help you find the right solution.

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‎Embedded in the Center for Hygiene Design (CHD) at FORCE Technology is Denmarks only EHEDG-accredited test lab. The CHD includes an EHEDG-accredited testing laboratory — the only one in Denmark. The Centre sup-plies not only tailored validation services for hygienic performance and cleanliness, but also CIP cleaning moni-toring and knowledge regarding food contact materials (FCMs).

Electric machine test bench (<= 12.7 kW, <= 4500 RPM)

‎In FORCE Technology's electrochemical laboratory, electrochemical measurements are conducted in simulated environments to assess corrosion and material selection. In this laboratory, work is carried out at atmospheric pressure and at temperatures up to the boiling point.

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The Danish Technological Institute offers help in the development of electronics from the idea level to the first prototype and the final phase, when the product is put into production. We can help write a requirements specification, design electronics, develop a prototype and prepare embedded software and user interface. Our starting point is the customer's idea, but also what requirements are placed on electronic products.

In the electronics laboratories you can test and work with electronics (low voltage). For example, you can: build electronics for your prototype, using fumleboard or veroboards/print with soldering, and testing and measuring them with multimeter, oscillosscope and function generator manufacture your own printing plates, by etching and subsequent drilling test your electronic circuit for EMC for compliance with legislation in the field.

Open facilities to discover and develop functional energy materials.

‎The EMC laboratory is equipped for most mandatory EMC tests and offers analytical services, including near-field scanning.

‎We are one of Scandinavia's leading technological service companies, conducting EMC testing at various locations in Denmark. We offer all types of EMC tests: pre-tests, DIY test facilities, accelerated tests, and conventional accredited EMC tests.

At Nordic Folkecenter For Renewable Energy, we test sustainable and energy-efficient buildings and materials. Straw house, tiny house, passive house and underground architecture are already on the cadastre. Shall we test your building idea?

EnergyFlexLab offers testing of intelligent components and systems for the flexible energy system of the future. The energy system of the future will involve a sector coupling between the supply of electricity, heat, gas and water, which is also in focus in the laboratory. The laboratory makes it possible to test how much flexibility coupled technologies such as solar cells, battery systems, heat pumps and electric car chargers can add to our energy system. Our tests are based on real life scenarios.

‎As the only accredited laboratory in Denmark, the Energy Laboratory at DTI offers type testing of new wood stoves, fireplace inserts, pellet stoves, and biomass boilers for both Danish and international customers.

In addition to the main plant with the reactor of 1200 cubic meters, the plant is equipped with laboratories for measuring gas quality and volatile fat acids. two reactors of 30 cubic meters and two reactors of 10 cubic meters with four tanks and two solids instruments for measurement, control and monitoring of the process experimental hall, offices etc. Treatment and treatment of biomass Technical competence within the area

CareWare offers developers or suppliers of welfare technology and assistive devices a professional assessment of products and ideas.

We help you uncover what XR can do for you – whether you want to ensure quality and streamline production, or save time on on-the-job training, inventory picking, or service visits.

At the Danish Technological Institute, we have experimental facilities with extrusion units for food and feed. Here it is simple and uncomplicated to get started with the development or production of new products or niche products.

Here’s the translation: DBI offers advanced full-scale facade tests according to the SP Fire 105 standard in their modern test hall. Equipped with two testing stations and advanced sensors, it measures temperatures as well as the emission of toxic gases and CO2, ensuring accurate results for both certification and product development.

Testing materials for susceptibility to hydrogen embrittlement (HE) and hydrogen induced failures (HIC, SCC and HISC).

Our FactoryML-software makes it easy for the manufacturing industry to implement machine learning in facilities and machinery. Many of the tasks can even be automated.

The fatigue and fracture of materials (FFM) research laboratory focuses on material characterisation for component lifetime, surface properties and instabilities of the structural components.

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Execution of AC (sinusular or arbitrary) and DC power-cycling tests for a wide range of power modules and devices to estimate the lifetime of the electronic component life and validate the actual application efficiency

FlexLab Foulum constitutes a unique platform for research and development of key technologies and process chains enabling the green transition of energy, materials and food production systems.

The facility offers state-of-the-art flow cytometry, cell sorting, in vivo imaging (IVIS), MSD, sequencing instruments, and bioinformatics. All operators are specialists in the field.

In the laboratory there are a range of equipment for measuring speed fields in gases and liquids. The measuring equipment includes Constant Temperature Anemometry, Laser Doppler Velocimetry and Particle Image Velocimetry. There is both an open and closed wind channel where smaller objects can be tested with a distinctive length of up to 0.1m at speeds up to about 70m/s.

‎In FORCE Technology's flow laboratory, we test and optimize industrial equipment using experiments and scale models.

The Flow Laboratory is designated as the national reference laboratory for liquid flow and is accredited from the smallest flows (1 mL/h) to extremely large flows (1000 ton/h). As something new, calibration is also performed in the range of 1 μL/h - 15 mL/h: 3 - 0.1% You can get help with calibration of flow meters, valves, and equipment for climate adaptation, as well as sparring and assistance with customized solutions.

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Fluid Power Laboratory (FPLab) offers a test environment to perform proof-of-concept experiments on either system or component level. The facilitation supports high-speed data logging, real-time monitoring and hydraulic supply with flow and pressure levels at level with most modern applications. Several workstations offer to work simultaneously with different flow and pressure requirements. An electrohydraulic crane setup and a 20L piston accumulator allows to test control and leak detection algorithms during different load conditions. Adjustable leak paths are equipped with high precision flow meters for generating and measuring external and internal leaks in the system.

Are you facing challenges such as short shelf life, reduced product quality, or handling a temperature-sensitive product that requires gentle drying? We are ready to guide you toward the best solution.

The purpose of our fuel cells and P2X labs at Aalborg University is to test, develop and streamline hydrogen and power-to-x technology. The laboratory has advanced test equipment for both high and low-temperature fuel cells, PEM-electrolysis, a P2X system and the ability to evaluate reforms to metanol.

The Fungi Laboratory provides assistance with the identification and quantification of fungi, bacteria, and insects, as well as testing various agents for resistance against mold, among other things.

‎The biorefining process separates unused biomass into valuable building blocks. We offer assistance for development, testing, and demonstration at both laboratory and pilot scale

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In the Functional Genomics & Metabolism Research Unit, we use advanced genomic tools to understand the transcriptional plasticity and regulatory networks involved in differentiation, metabolism and disease of mammalian cells. Our research helps understand how genes regulate human physiology in health and disease, including obesity, fatty liver, cancer and diabetes.

Are you facing issues with short shelf life, deteriorated product quality, or do you have a product that is temperature-sensitive or needs to be dried gently? We are ready to advise you on the best solution.

DNA detection provides core data to answer many biological questions. The NGS kernel facility allows studies of genomics, metagenomics, environment-DNA, biodiversity, conservation and aspects of cancer biology to mention a few. The facilitation serves national and international academic laboratories and external partners.

Artificial intelligence can alleviate and reduce administrative work hours by supporting a wide range of documentation, information, and communication tasks.

Our experts in health IT advise on everything from security certifications and national health infrastructure to communication and data standards.

‎GNET is used e.g. for mapping, precision navigation, climate research, meteorology and space weather. GNET is the fundamental geodetic infrastructure in Greenland and will serve as a reference for future network globally.

The Group for Green Bioraffination Technologies focuses on sustainable production of food and food proteins, chemicals and materials from green biomass such as grasses and cattle. We develop, optimize and integrate physical, biological and chemical-biomass conversion technologies and collaborate in a wide interdisciplinary network of full-circonia green bioraffination concepts.

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Gray waste water is cleaned via the root network of plants - and meets the discharge requirements.

Workshop, test and meeting facility

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Advanced infrastructure for characterization and testing grid-tied converter level under abnormal grid ratio and stability validation based on frequency scanning.

‎Experience the world's only high-pressure calibration facility at FORCE Technology—offering precise calibration of natural gas meters at maximum pressure and flow, accredited and groundbreaking in gas measurement.

‎Experimental facilities for studying combustion, gasification and pyrolysis processes.

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The histology laboratory – a part of the Ecotoxicology group at Department of Biology – is fully equipped for the preparation and evaluation of histopathological preparations.

‎Our range hood laboratory have state-of-the-art equipment, in compliance with Ecodesign, EN 61591 and EN 13141-3, creating optimal facilities, which enables the testing of range hood odour extraction, grease absorption, volumetric airflow, fluid dynamic efficiency, effectiveness of the light hob, energy consumption and noise production.

House of Practice and Innovation focuses on simulation-based teaching, innovation and technology understanding.

‎In our high pressure high temperature (HPHT) test facility, FORCE Technology performs high pressure high temperature testing (i.e. autoclave testing) of metals, coatings, polymers, composites and assemblies/components in aggressive environments.

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The laboratory is a state-of-the-art hydraulic lab (fluid power), with the possibility to test on both component and system level, and with a wide range of state-of-the-art measuring equipment - from equipment to non-invasive ultrasonic measurements and thermographs on components for large-scale flow meters, pressure transducers, position meters, etc. The laboratory has a range of standard positions (e.g., for specific cranes, testing) for specific cranes/specific testing. We have thus experience with the development of many different custom positions for specific analysis and tests. The laboratory also has a wide range of pump stations, electrical power supplies, etc., which enables us to perform tests in the power range from few watts to several hundred kW (550 l/min at 350 bar accounts nude).

The pilot system is designed for the subsequent opportunity for upscaling up for demonstration and full scale: - Transforming wet lignocelluloseous bees from agriculture and industry - Transforming (energy) crops, crops and crops from agriculture - Transforming organic waste products from households, agriculture and industry Chemical analysis of fractions and ecotoxic assessment of residual products

‎Visualise cell metabolism with sensitivity enhanced NMR. Non-invasive intracellular flux measurements on cell systems.

‎A unique culture collection of strains and resources primarily within filamentous fungi for academia and industry.

‎The IdemoLab facility is used for rapid innovation of IoT concepts and IoT solution design, incorporating elements such as sensors, electronic components, software, and hardware.

‎Identification of foreign material - Accredited analysis

Are you facing moisture, stability, shelf life, or sensory challenges with your product, or do you want to switch packaging materials while maintaining the same shelf life? We are ready to help identify the cause and solve the issue, as it is crucial to ensure the quality of your products.

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Are you facing issues with microbiological stability, chemical degradation, changes in texture, or sensory quality in your food products? It is crucial to find the right solution to ensure product quality and shelf life.

Are you facing challenges such as inconsistent product quality, issues with oxidative stability in oils and fats, or the need to predict the shelf life of food products? Are you struggling to ensure consistent quality across different production batches, or do you want to optimize your antioxidants? Do you need to enhance your product development and formulation? We are here to help find solutions to these challenges.

Are you experiencing issues such as poor solubility, inhomogeneity, or inadequate flow properties with your powdered ingredients? Or do you have a sample suspected of contamination? We are ready to help you find the right solution to overcome these challenges.

Are you facing issues with stability, consistency, or efficiency in your food products? We are ready to help you find the right solution to improve your product and/or process.

‎Boost your product innovation with the Industry Plastic and Composite Laboratory! Access advanced facilities and expertise in new materials, testing methods, and sustainable solutions.

Thermal characterization of power electronics in real operation under different refrigeration conditions

A world-class innovation district. Transform your bright ideas into global solutions.

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Advanced research infrastructure for molecular analysis of proteins and metabolites, including functional proteomics and metabolomics in biology and biomedicine, and molecular bioimaging. Supported by a generous grant from the Novo Nordisk Foundation.

The IES laboratory allows model building and testing of solutions and contributions in design, control and operation of energy systems v.hj.a. in-silico (i.e. various simulation platforms) and in-vitro studies (i.e. testing systems of hardware in loop simulation).

ISA is a Danish national laboratory that researches in areas of physics, chemistry and biology using synchotron radiation from the light source ASTRID2.

Kalorimetrial loss measurement of 100 kW/megawatt-scale power converters.

At Kitchen Collective, we share the kitchen with passionate food entrepreneurs – "kitcheneurs" – and together we create innovative and sustainable solutions. Since 2015, our community has fostered over 300 businesses. Are you next?

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‎DBI's scaled-down fire testing laboratory allows manufacturers to test their products in the concept and development phase, leading to better insights into fire performance and reduced development costs.

DFM is Denmark's National Metrology Institute for DC electricity, offering calibration of DC voltage sources, resistances, and currents using a primary voltage standard based on the Josephson effect.

DFM is Denmark's National Metrology Institute for electrochemistry, offering primary pH measurement systems, calibration of buffer solutions, and calibration of conductivity liquids and sensors, covering a range from ultra-pure water to 30 S/m.

DBI's component laboratory enables comprehensive fire resistance testing of nearly all components, including doors, walls, and ventilation ducts. Equipped with a vertical oven, a combination oven, and a large multi-oven, the laboratory can test components up to 5.5 x 3.4 m, making it ideal for both construction and maritime industries.

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The Low Power Energy Harvesting and Thermal Systems and Components laboratories facilitate research and proofs-of-concept in energy harvest and thermal control systems. In collaboration with industrial and academic partners, experimental work involving full thermoelectric, pyroelectric, triboelectric and piezoelectric systems and individual energy harvest modules for manufacturing, measurement and characterization can be carried out in the laboratories. Lab provides a fascinating working environment for students in B.Sc., M.Sc. and Ph.D. level.

DFM is Denmark's National Metrology Institute for mass, offering accredited calibration of weights with three mass comparators that have a resolution of up to 0.0001 mg, as well as high-precision measurements of air density.

In the material moisture laboratory at the Danish Technological Institute, we ensure metrological traceability for the determination of amount of water in solid samples.

DFM can aerosolize particles ranging from 100 nm to 5000 nm and offers accredited calibration of particle counters, focusing on counting efficiency, size setting error, and size resolution, as well as particle size measurement using atomic force microscopy.

‎Testing facilities for small-scale fire testing of materials and equipment prior to full-scale testing.

DFM is Denmark's National Metrology Institute for geometric measurements at the micro and nanometer scale, offering accredited calibrations and measurements of micro- and nanostructured surfaces with traceability to the SI unit system.

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DFM is Denmark's National Metrology Institute for non-contact temperature measurement, offering accredited calibrations of infrared cameras and pyrometers from -80 °C to 1600 °C with high accuracy. The laboratory's FTIR covers wavelengths from 1 µm to 100 µm for broadband emissivity measurements under controlled conditions.

The facilitation is used by life science companies to test drug candidates in models that imitate parts of the sick tissue - a "real world" test facility for the implementation of new medicine. The facilitation consists of a number of biological simulation models and associated advanced analysis platforms.

The largest 3D print facility for metal print in Scandinavia is located at FORCE Technology's location in Munkebo.

‎At the main location in Brøndby FORCE Technology has a facility designed for testing of large components under extreme conditions.

Non-invasive ad-hoc removal of capturing power-electronic components for live measurements

‎FORCE Technology houses Scandinavia's largest laser center. Here, we perform laser welding with some of the most modern and precise equipment in the industry.

To measure the temperature of power-electronic devices in the microsecond regime, such as short circuit. For measuring thermal transport in thermal interface materials. For measuring temperature on power-electronic devices and after error analysis after thermal cycling.

‎FORCE Technology has world-class laboratory and production facilities equipped with a wide range of equipment for laser welding, X-ray, and ultrasound testing.

DFM is Denmark's National Metrology Institute for length and geometry, offering calibration services with primary length standards, including laser-based wavelength references and 3D measurement of objects with traceability to primary length standards.

Lightning and material test centers, conducting accredited tests for third parties according to typical test standards.

Polytech's Lightning Test Center in Herning perform high voltage and high current tests. Tests are primaraly performed on lightning protection systems for wind turbine blades, but all kind of specimens having a risk of having direct or indirect effects of lightning may be tested. Tests are primaraly performed according to IEC 61400-24 and various engeneering test may be performed as well.

‎In the climate chamber, realistic atmospheric conditions, such as those at sea, can be simulated—even for large components and entire systems.

Extraction and identification of natural lipids. Classic refinement and treatment of lipids. Manufacture of tailored lipids. Biocatalysis and biotransformation. Oxidering and antioxidization of lipids. Bioproducts of lipids and biochemical lipid products.

‎A meter calibrated with atmospheric and pressurised air at our ISO-accredited low-pressure facility ensures minimal calibration uncertainty.

With digital production technologies and traditional craftsmanship, V-10 is a meeting place for people with different backgrounds and interests. Our ever evolving facilities is made for entrepreneurs who are curious and open to exploring new opportunities and pushing the boundaries of urban and local production in a globalised world.

The Marine Biological Research Centre in Kerteminde is part of the Department of Biology. It is situated at the inlet to Kerteminde Fjord, opposite the fishing port of Kerteminde town and 100 metres from the bus station.

The diversity of the South Funen Archipelago provides customers at the MARS test center with excellent opportunities for all types of tests. Some areas are heavily trafficked, while others are quieter.

Our common passion is to investigate the function of a wide variety of macromolecules and their role in health, disease and healthy living. We use advanced mass spectrometry- based approaches in combination with systems biology and computational methods to study lipids, metabolites, proteins and nucleic acids.

Materials Lab contains 6 state of the art research laboratories: Fiberlab, Testlab, Microlab, Sensorlab, 3D Print lab and Bearing lab.

‎At the measurement station, continuous measurements of direct, diffuse, and global solar irradiance are carried out with a 1-minute resolution.

‎FORCE Technology offers all accredited and certified types of mechanical and electrical types of test. A lot of these are available at our site in Nordborg.

‎FORCE Technology has invested in a wide range of mechanical testing facilities to perform tests according to most product standards and generic standards.

‎Full-size structures can be exposed to static and dynamic multi-axial loads or fatigue testing and applied with simulated loading from e.g. waves or wind.

The facilitation is a "end two than" laboratory environment where drug formulas can be developed and tested in physiological relevant systems. Companies in life science use the facility when drug candidates must be formulated so that they can be used for patients. Therefore, the facility also includes physiological modeling of drug recording.

The Mandrup research group is in possession of a TSE Phenomaster Next Generation (NG) system, for indirect calorimetry measurements and metabolic phenotyping of mice.

Metabolomics provides a unique insight into how cells and organisms respond to genetic, environmental, and nutritional changes by combining metabolite profiles with dynamic flux data from isotope labeling and advanced mass spectrometry. This enables the mapping of cellular networks and disease mechanisms with unprecedented detail.

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‎Characterization and damage analysis of metallic components and materials are carried out using classic macrostructure and microstructure studies in FORCE Technology's metalographic laboratory.

In MetalLab can work with manufacturing and forming metals. For example, you can: manufacture items in metal for your prototype, such as parts that are exposed to a greater load, must hold to be outdoors, or where tolerances are important for the functionality test efficiency of scale models of wind turbines in the wind tunnel paint your prototype in the painting room.

Power bike, thermal impedance measurement

Qualifying testing of drive engine inverters under realistic grid and load conditions.

Qualifying testing of photovoltaic inverters under realistic grid and so steady radiation conditions.

The mobile measuring station can be deployed in locations where you want to get an overview of the local air quality, for example if citizens complain about odors or poor air quality.

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‎DBI's multi-oven measures 3.4 x 5.5 m and performs classification and development tests with a power output of up to 10 megawatts. It allows for testing of large components and various fire conditions, making it ideal for both construction and maritime industries.

We develop robotics technology to address pressing issues in the production of large structures. These technologies are made for industries that have previously struggled to implement robotics technology, like the maritime, construction, and energy sectors.

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‎Nano-coating protects against water and oil.

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‎The NMR laboratory is a facilities centre for NMR spectroscopy created by the Ministry of Education and Research in 1990.

Nordic Health Lab functions as one common entrance to the ecosystem, so that companies, hospitals and municipalities can get valuable fast track test runs for healthcare solutions.

‎The Nordic IoT Centre excels in cybersecurity and can help validate the security of devices online regarding their vulnerability to cyberattacks/hacking, applicable to both hardware and software.

DHI's offshore wave basin is equipped with 60-flap wave maker that can produce regular waves as well as irregular waves in both 3D and 2D, for testing e.g. floating offshore wind turbines.‎

In the laboratory ”Radiometry” at DFM, we offer traceable calibration services for optical power, wavelength measurements, characterization of UV light sources, and single-photon detectors.

Are you facing challenges with inconsistent dough quality, texture issues, or the need to adapt recipes due to changes in raw material quality? Are you encountering problems with enzyme activity or gluten strength in your products? We are here to help you find solutions.

: Are you experiencing issues with uneven particle sizes, poor solubility, inconsistent coating, or handling materials with high density? We are here to help you find the right solution to prevent these challenges in the future.

Are you facing issues with uneven particle size and poor solubility, or do you have a sensitive product? These challenges can lead to undesirable texture variations and negatively affect the taste experience. Additionally, inefficient particle size reduction can hinder the full utilization of nutrients and impact shelf life.

‎Powder density is influenced by several factors, including handling, transport, and storage. Without precise measurements of both bulk density (loosely packed powder) and tapped density (compacted powder), it can be difficult to predict how the powder will behave under different conditions. This can lead to issues such as unpredictable flowability, difficult dosing, and inefficient storage, which can affect product quality and processes.

Are you experiencing issues such as clumping, poor solubility, uneven particle size, or thermal sensitivity with your powder ingredients? We are here to help you find the right solution.

: Are you facing challenges with stability and texture in your food products, both animal-based and plant-based? Separation in emulsions and inconsistent texture can affect product quality and the consumer experience. A solution is needed to ensure consistency and extend shelf life.

Are you facing challenges such as inconsistent product quality or developing a new product or replacing ingredients where texture is crucial for a good end product? We are ready to help find a solution to these challenges.

The Zeiss ORION NanoFab Helium Ion Microscope is an advanced instrument for ultra-high resolution imaging and nanofabrication. Its function is similar to that of a scanning electron microscope (SEM), but unlike the SEM, the Orion microscope utilises focused ion beams (FIB) instead of an electron beam for both imaging and nanostructuring. In addition to resolution, further advantages include a large depth of field and the ability to image non-conductive samples.

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Reliability testing of passive components such as capacitors, resistors or inductors. Chemical analysis of 'deterioration reactions' using HPLC/MS, X-ray tomography and other analysis methods.

Perform a double-pulchre test to measure the replacement of silicon and semiconductor units with wide bandgab.

The laboratory develops new optical measurement methods, offers calibration of OTDR instruments, and measures RIN, as well as uses Raman spectroscopy and LIDAR for trace gas measurements.

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Are you ready to launch a new product but need a flexible solution for producing smaller batches for market research, testing, or recipe adjustments? Do you want to avoid large production costs and find an efficient way to optimize your recipe and process before scaling up?

In our modern brewing facilities we can produce a lot of different beers and similar fermented products.

We have a fully equipped industrial kitchen and fermentation facility with equipment for both upstream and downstream processes.

In the pilot plant for biofermentation in the Biosolution Technology Center in Taastrup, we can carry out and monitor precision and biomass fermentations with yeast, bacteria, fungi, phages and archaea as well as down stream processing and extraction of components as required. In the associated laboratory, fermentation processes are carried out in 1 liter fermenters under food approved and GMO certified conditions, while in the pilot plant we carry out non-food and non-GMO fermentations in 10-200 liter batches.

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Pilot plants (7-200 L) and laboratory (1-5 L) fermenters, including GMO operations, online off-gas MS analysis, and great flexibility for downstream processing configuration. Available units in the pilot plant include centrifugation, filtrations, membrane separations, evaporation, liquid/liquid and solid/liquid extractions, crystallization, spray drying, distillation, and many more. Liquid and gas chromatography, including MS, and a wide range of biomass characterization methods are also available.

The Danish Technological Institute makes a number of development and testing facilities available to companies that work with microalgal research and production.

The Danish Technological Institute makes a number of development and testing facilities available to companies that work with microalgal research and production.

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Companies with products in the fields of elderly care, health, and rehabilitation have the opportunity to test their solutions in collaboration with Aarhus Municipality, if considered relevant and of interest to the municipality.

‎In the Pipe and Climate Adaptation Laboratory, we optimize, test, and document all new and existing climate adaptation and drainage products on a full scale.

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Do you need transport testing for your packaging? At the Danish Technological Institute, we have more than 70 years of experience in the packaging industry, and we are one of Europe’s most experienced testing centres. Short delivery times and the highest possible quality are the main reasons why we remain Denmark’s preferred test centre, and when urgent issues arise, we are always ready to help—both domestically and internationally. Our large customer base includes both national and international companies. A longstanding and close collaboration with universities and businesses has provided us with an extensive knowledge base that our customers benefit from directly—and we are always up to date with the latest expertise.

In PlasticLab you can experiment with the manufacturing and forming plastic leads, and polymers generally. For example, you can: experiment with new sustainable polymers by working your own mix of different types of recycled plastic make prototypes in plastic by vacuum forming and heat pressing manufacture smaller series of items by injection moulding. The laboratory has equipment for various production processes in plastic. We work with injection moulding, vacuum forming and heat pressing and processing of recycled plastic for new products, CNC milling of moulds and vacuum moulds, material testing, new manufacturing methods and production of small series on plastic injection mouldings for start up companies.

Many SME experience being forced to change materials. We assist by exposing your products to accelerated ageing, whereby the new versions can be marketed with peace of mind.

The Department of Bio and Chemistry technology has built facilities for biological and chemical energy conversion with special focus on various Power-to-X technologies. The study facilities include equipment in laboratory scale and pilot systems where researchers have the opportunity to scale chemical and biological processes. Test facilities are located by our full-scale biogas plant with the possibility of using the biproduct CO2 from biogas production in several of the pilot systems (upgrade, ammonia, methanol).

Automatic DC power bike with programbar configuration to evaluate the lifetime of power semiconductors.

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Obtain precise measurements of particle size and shape to optimize your products and processes.

‎Discover Denmark’s most precise force laboratory! With a fully automated machine capable of handling up to 200 tons with an impressive 0.02% accuracy, we’re setting new standards for force calibration.

The Danish Center for Hadal Research has several cylindrical pressure tanks that are currently operated in two cold rooms

Are you facing challenges such as inconsistent product quality, difficulties in developing innovative and competitive food products, or do you need to adjust recipes to changes in raw material quality? Are you struggling to meet new consumer trends or want to optimize your products' shelf life and food safety? We are ready to help you find solutions to these challenges.

The facilitation is used by life science and biotechnology companies to produce proteins and enzymes. In the facility, companies can both have completed actual productions of proteins and enzymes up to 15 liters of scale, and also have developed purification technologies. The facilitation includes a complete infrastructure and experts that enable companies to access a flexible production facility.

PRI - Proteomics Research Infrastructure - is an advanced biological mass spectrometric (MS)-based proteomik facility. The facilitation was founded on 1 July 2020 and provides coordinated, proprietary client access to forerunner Proteomic technology, exceptional technical assistance and streamlined bioinformatic data analysis for the local research society.

The roll-to-roll laboratory is equipped with state-of-the-art tools for sheet-to-sheet and roll-to-roll deposition of thin-films on flexible foils at large volumes.

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‎We test passenger cars, vans, buses, and trucks according to (EU) 629/2008, Annex IIIA, ammended by (EU) 2018/1832 (RDE Act. 4).

One of the world's most powerful neutron sources under construction in Lund, Sweden and Copenhagen, Denmark. A collaboration between 13 nations. ESS will give up to 100 times 'brighter neutron beams' than current facilities. ESS opens after 2025.

RV Aurora is a modern 28-metre research vessel equipped for all types of oceanographic research and with flexibility to accommodate extra equipment (games, sonarer, trawl etc.). 14 people including crew can participate in expeditions with a duration of up to 10 days.

‎EMC test in reverberation chamber following international standards.

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The robot and automation lab consists of: 9 versions of our unique "Small Helper" mobile manipulators, two 7-axis robots KUKA iniwa, two 7-axis robots KUKA LWR, twelve 6-axis industrial robots with different payload from KUKA, FANUC, and UR, two MiR mobile platforms, several robot simulators with commercial and educational licenses, more than 30D 30D cameras, with different lighting systems, and various lighting systems. .

Humans and robots are increasingly sharing the same workspace, and it is therefore crucial that the technology is safe. The Danish Technological Institute can help you ensure this.

In Struer, there is a robot testing center for outdoor testing and quality assurance of mobile robots. Here, navigation, safety, and behavior are tested on different terrains like grass, gravel, and asphalt with varying inclines.

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We assist all types of companies that use rubber components in production or end products—from standalone troubleshooting and problem-solving to advising on material selection and consulting on product development and design.

‎FORCE Technology has a wide range of dedicated chambers and other facilities for testing according to most product standards and generic standards.

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The SDU eScience Center is a single point of reference for research e-infrastructure and support at SDU.

SDU imaging is a cross faculty initiative among the faculties of Engineering, Science & Health with the goal to stimulate and expose imaging activities and techniques available at SDU.

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‎FORCE Technology has world-class audio equipment and listening rooms at its Hørsholm location. Here, SenseLab ensures optimal product quality through the use of human senses, particularly in sound and video quality.

Our SensorKit provides quick and efficient data-driven insights into your production. We uncover your potential while helping to evaluate whether data collection is a worthwhile investment for you.

‎FORCE Technology's sensor laboratory is equipped with the latest technology for testing and calibrating all types of gas and particle sensors.

‎DHI's shallow water wave basin can be used for a wide range of research and commercial projects with a focus on e.g. testing of coastal marine structures such as harbours and breakwaters.

‎At FORCE Technology, our advanced SimFlex4 ship simulators offer realistic maritime training and navigation studies, allowing operators to practice complex scenarios without the risk of costly mistakes. With over 30 years of development, our simulators accurately model physical forces and ship movements, ensuring an immersive training experience.

Danish Technological Institute offers expertise in the development of smart wearables, specifically intelligent textiles, using advanced printing technologies, also known as printed electronics. We guide you through the entire process from the initial idea to the first functional prototype and the final production phase.

‎Solar cells and solar heating can be used for a variety of purposes, such as heating of water for domestic use, but without the right guidance and knowledge, it might be difficult to make the most out of it. If your solar cell system does not perform as expected, is the quality of its componenets too bad, or have you found a mistake in the installation, you can ask us for help.

Test speakers in The Cube, headphones on HATS in The Quiet Room, do audio specification tests in Audio Labs, measure acoustic absorption in the Reverberation Chamber, tune sound in our Listening Rooms

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‎The spray dryer is food grade but can also be used for drying non-food products. The spray dryer is equipped with a bag filter to ensure maximum yield. It has a capacity of around 5L/hour.

At a CareWare Springboard, a company has the opportunity to present its technology to a group of professionals and citizens for the purpose of receiving input and feedback. A Springboard lasts two hours and takes place at DokkX in Aarhus.

The Stald Climate Laboratory is used for research in stables with main weight management of emissions using ventilation. The total barn environment can be examined with the function of interior and external environments. The laboratory is built with four very flexible barn sections, which are standard for slaughter wine, but which can be changed to other animal species such as cattle or poultry.

Can your product stand years of use and aging? Use our climate chambers, UV and sun aging chamber, vibration, drop, bump and transport tests, to ensure the robustness of your product.

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‎FORCE Technology's materials laboratory is equipped with some of the most advanced equipment for surface characterization and associated material analyses.

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Our leadership experts provide you with competencies and tools to lead change processes and create support across customers, employees, and supply chain.

Discover Plug&Play – a 1,900 m² testing hall where welfare technology solutions are developed and tested. We ensure that new products and designs work optimally for the future healthcare sector!

Experimenting sympathetic with focus on prototype development.

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‎The Technical Audiological Laboratory (TAL) has facilities for product testing and documentation in connection with homologation and CE marking of hearing aids, covering areas such as safety, electroacoustic, and EMC testing.

The Temperature Laboratory at Danish Technological Institute has been designated as the national reference laboratory. For more than 25 years, we have provided metrological support to the Danish industry in the form of competent advice, as project partners, and as suppliers of comparison and fixed-point calibrations.

DFM's thermometer laboratory is one of the leading facilities in Denmark for accredited temperature calibrations, offering calibration of all types of instruments in temperatures ranging from -196 °C to 1600 °C, both in the laboratory and in situ.

Tests of next-generation small scale wind energy. Equipped with testing facilities to research and develop prototypes and commercial products and more than 30 years of experience, small wind turbines are in good hands here.

At our branch in Fredericia, we can perform pull, breaking and proof load tests. All tests are 100 % digitally integrated and testing of Dynamica solutions are conducted according to DS/EN ISO 2307:2019, DNV ST-N001 or customer specifications. Proof Load and break tests are done according to standards/tests procedures, where the Test Bed can be programmed to sequence loading rates, pause and cycle in advance. The Test Bed is flexible and allows modifications for custom-made test setups.

DAMRC is a research and development center for advanced production technologies, where we have the opportunity to optimize a wide variety of subjects, both within milling, turning, drilling and welding. The current focus is in metal, wood and composite processing.

Established in 2012, at the request of the Danish Energy Agency, our solar panel test station aims to compare the performance of a range of solar panels under real-world conditions. 20 companies have made solar panels available.

‎With extensive equipment, a building climate screen is tested for several properties, including the impact on sustainability. The products' expected lifetime and estimated energy loss can be examined.

EKTOS provides ISO 17025 accredited testing of electronic products to directives and standards for EMC, radio, climate and vibration. The reports are acknowledged by authorities worldwide.

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Are you facing issues with products experiencing poor shelf life, inhomogeneity, or quality loss over time? Or do you have new products you want to test for shelf stability? We are here to help you find the right solution.

Test your prototype at Nissum Bredning or in a pool with a wave machine before exposing it to harsh conditions on the open sea. We are ready to advise you.

‎The Center for Applied Photonics (CAF) is an innovation hub that provides Danish companies access to photonics expertise in Denmark and Europe. The center's goal is to ensure that the growth potentials inherent in the latest photonics technology are utilized to the fullest extent.

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‎The fuel laboratory at FORCE Technology processes fuels and determines parameters for the fuel quality of the product.

The testing centre gives all hydrogen technology actors easy access to consultancy and testing facilities. It is the product of a collaboration between DGC and FORCE Technology.

‎FORCE Technology's odour laboratory offers accredited sampling and analysis of odor emissions, helping companies ensure compliance with odour emission regulations.

‎The laboratory is equipped with instruments for measuring alpha, beta, and gamma radiation, including several liquid scintillation spectrophotometers. Here, FORCE Technology can perform various radioactivity and isotope analyses, for example, in connection with the classification of NORM waste and the determination of biogenic/fossil content.

Oven/climate chamber testing of electronic components and joints.

‎Thermal spraying may be the answer to the growing demands for surfaces on machinery and components to fulfill purposes such as wear and corrosion prevention. This technology can meet specific requirements for surfaces that extend the service life of equipment.

The laboratory contains outlets for steam (60kW, 158°C), cooling water (15°C), compressed air, hydraulic power and electrical power (400V, 32A), which allows a wide range of customized setups. There is also a collection of standard thermal process components such as pumps and heat exchangers as well as common smaller devices for flow, speed and temperature measurements.

Explore cutting-edge innovations at the Road Sector's Test and Development Laboratory, where technology meets excellence in paving the way for the future.

The facilitation can be used for film production in real time as well as virtual production of animation, TV, games and movies. We design, develop and evaluate games and interactive experiences that require large videowalls and/or panorama screen setups. The product range also includes class sets of tablets and smartphones as well as exercise capture suits, animation stations and professional film/TV camera, audio and lighting equipment.

The Urban Space in Aarhus is Aarhus Municipality's test facility and we make the city available as a test area for technology and Smart City solutions.

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‎FORCE Technology performs hydrodynamic tests on ships and offshore structures under extreme weather, wave, and current conditions before the actual construction phase begins.

The trace metal analyses are performed on an Agilent 7900 ICP-MS, which measures the different metals down to ppt levels.

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‎Ensure your packaging succeeds on the journey: Get documented proof that your goods meet international standards with a transport test that reduces damage, costs, and optimizes material selection.

DFM measures and simulates the optical and geometric properties of nanostructured surfaces using advanced techniques such as scatterometry and ellipsometry, all with traceability to the SI unit system.

Trial Nation provides a single national point of contact for those who wish to perform a bang trial in pharma or medtech in Denmark. We, Clitst Nile, contact to ring samples for feasibility evaluation. Please note that general research collaborations and commercial intercourse are out of scope for our services.

‎Danish Technological Institute offers facilities for development, demonstration, and production of functional PVD coatings. We create custom PVD coatings for your unique needs and specialize in tribological issues of wear and friction.

Hydrostatic pressure testing for pipes, hoses, valves, pressure vessels, tanks, and pressure cylinders. The testing is performed to check for strength, leaks, or destructively, depending on the specific requirements and needs. The medium, typically water, can also be oil.

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‎In DTI’s Vision Lab in Odense, we have several effective options to help your company go further with automated quality control, robot vision or other challenges where vision expertise is required.

Vejle's VR CAVE gives the user the opportunity to experience a 3D model in a 1:1 scale. Unlike VR glasses, you can share the experience with a larger group of people. On a daily basis, our digital twin of Vejle city is exhibited, so that you can experience future projects in advance. The CAVE environment provides an opportunity to experience and discuss projects before they are carried out.

At Danish Technological Institute's wastewater facilities, we can design and customize the right solution, not just test a ready-made solution from one supplier.

Laboratories with experimental setups and equipment for a wide range of physical, chemical, and microbiological analyses of water quality and water treatment.

‎At the water laboratory, we conduct testing and type approval for various types of meters. FORCE Technology is a market leader in testing and type approval of water, thermal energy, process, and cooling meters, with six test stands dedicated to testing and type approval.

In Water Management Center at Roskilde Fire Department we offer test and training in the use of solutions that protect citizens houses and companies buildings against flooding.

‎DHI's 28 m long concrete wave flume can be used to test a number of marine structures. This includes, for example, stability and wave overtopping tests of piers and coastal protection.

An area in the sea next to Hanstholm Harbour is presented to the test of wave power plants and similar. There is a board, a workgroup, a director and an all possible man.

‎FORCE Technology's Weighing and Mass Laboratory calibrates weights and masses for Danish industry. We calibrate conventional masses and weights ranging from 1 mg to 1 ton.

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We study vocal communication at the interface of behavioural neuroscience, biomechanics, robotics and physiology.

‎FORCE Technology's wind tunnels are used for testing in the field of building science, including bridges and buildings, ships, and other maritime constructions, including offshore structures.

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Advanced prototyping tools are available. Our workshop space offers 3D printers, electronics workstations, and acoustics-focused staff to help you build your demonstrator, prototype or working sample.

The Department of Physics, Chemistry and Pharmacy has its own workshop, where you can find help for the department apparatuses and for manufacturing special equipment for the laboratories. The workshop also changes pressure bottles, oil, and much more.

Explore cutting-edge molecular research at the X-ray Crystallography Laboratory, featuring advanced equipment like the Rigaku Oxford Synergy Dualflex diffractometer. With precision cooling to 100 K and non-destructive phase identification, we push the boundaries of organic and metal-organic compound analysis.

‎At the Danish Technological Institute's XR Lab, we can help you develop virtual, augmented and mixedreality solutions with a particular focus on robot-related tasks.