Materize is a platform for innovation and collaboration with industry. We combine the best of scientific expertise formed into a process and language that is easily accessible for industry to make scientific expertise beneficial to business.

Materize is a part of the Institute of Solid State Physics, University of Latvia, with its 40 years of experience and team of more than 230 employees.

Most of the international services and applications are being delivered in partnership with the industrial partners, providing a solid base for test-beds infrastructure, scaling-up services and ensuring high quality and time-to-market needs. 

Materize is a part of national innovation ecosystem for smart materials and photonics. 

The Institute of Solid State Physics, University of Latvia (ISSP UL), is the leading research centre in Latvia that can provide internationally competitive research in materials science and provide innovative solutions for industrial applications. 

The Institute is a national contact… Materize / ISSP UL has the only classified laboratory cleanroom facilities (680 m2, ISO class 7-8) in Latvia, suitable for research, development and prototyping. It is equipped with different technologies including e-beam and optical lithography, thin film deposition, microscopy and morphology characterization. 

Materize / ISSP UL provide advanced spectroscopy (from UV to IR and X-ray), microscopy (from optical to TEM), structure analysis, dielectric & electric characterisation, electrochemical and other methods. 
. We provide services starting from transferring an idea into a proof-of-concept device, through prototype which is close to the production stage and ending with up-scaling services provided by our industrial partners in the field of thin film coatings, fibre optics, LCD technologies, microelectronics, sensors and other devices/technologies. 

We offer characterization and testing services including advanced spectroscopy (from UV to IR and X-ray), microscopy (from optical to TEM) and morphology, structure analysis, electrochemical, dielectric & electric characterisation. 
. Yes. service.

Warsaw University of Technology (WUT), founded in 1826, is one of the largest institutions of higher education in the Central Europe and the largest university of technology in Poland. In the last two years the University won the first place among the 20 of universities of technology. WUT employs over 2500 academic teachers / researches. More than 30.000 students, at different levels study at WUT at 17 departments. Beside academic teaching WUT is very active and successful in research performed within: the University internal and statutory research, individual research  projects financed by the Ministry of Science and Higher Education (ap. 650 grants /year), contracted works commissioned by industrial companies, international co-operation on the basis of over 150 projects realized within 6th and 7th Framework Programmes and over 162 bilateral agreement.

The Institute of Micromechanics and Photonics (IMP), is a part of Faculty of Mechatronics at WUT. The main (internationally recognized) research… The Institute of Micromechanics and Photonics owns fully-equipped laboratories including interferometric and holographic laboratory, optical methods of testing in experimental mechanics laboratory, spectroscopic laboratory, optical sensors laboratory, 3D/4D  measurement laboratory and virtual reality laboratory, a clean room and an optical workshop.
. Photonics is the Key Enabling Technology that is researched at the Institute of Micromechanics and Photonics. The services we offer to the companies include but are not limited to:

development of numerical algorithms supporting automatic fringe pattern analysis, iterative phase retrieval and tomographic reconstruction,
development of novel measurement methods based on diffraction, propagation, interference and polarization of coherent and quasicoherent light,
development of measurement and monitoring methods based on incoherent light,
development of optical and photonics measurement systems incl. interferometric, digital holography, grating (moire) interferometry, optical diffraction tomography, and systems based on a single beam phase reconstruction methods,
development of measurement systems based on digital image correlation method, thermovision techniques, structured light and “time-of-flight” methods,
development of novel wide viewing angle 3D holographic displays with coherent and…. Yes. service.

TNO is an independent research organisation. We believe in the joint creation of economic and social value. We focus on transitions or changes in five social themes:

Industry, for a strong, internationally competitive business community.
Healthy Living, for a fit, healthy and productive population.
Defence & Security, for decisive action in an uncertain world.
Energy, for faster progress towards a low-carbon energy system.
Urbanisation, to innovate for dynamic urban regions.

Innovation with purpose is what TNO stands for. We develop knowledge not for its own sake, but for practical application.

TNO connects people and knowledge to create innovations that boost the competitive strength of industry and the well-being of society in a sustainable way.
As broad organisation it is impossible to list all the equipment present within TNO. However, on the website of TNO all our fields of expertise can be found and there also the present equipment is described.
. As broad organisation it is impossible to list all the equipment present within TNO. However, when looking for a particular service, the TNO Infodesk can be contacted and they can put potential partners/clients in touch with the TNO service providers.
. Yes. service.

DTI develops, applies and transfers high tech production technology to industry. Our focus is to apply new research, knowledge and technology to create production technology solutions that make a difference.

At DTI, we have the expertise and the equipment necessary for you to overcome the difficult gap from development and upscaling to production. We have many years of experience with product development, and we are continuously establishing new facilities for pilot production in order to help small and large companies with the initial large step towards high tech production. We have an extensive and poly-technological portfolio which gives you the opportunity to create even more innovative solutions and you will be able to achieve a significantly shorter time to market. At DTI, we have taken the initiative to establish a new cross-disciplinary and flexible focus area within high tech pilot production. This initiative will help ensure that the business sector can succeed in creating growth, new jobs, and… DTI holds several laboratories with high tech pilot production facilities within

Materials: polymer processing, surface technomogy and additive manufacturing

Energy: chemical processes, catalysts and biomass production

Food and packaging: spray drying, destilation, dry processes and pulp based packaging

Medical: supercritical CO2

Building and construction: concrete, microwave heating, fibre pulp

 
. Our services include:

- Product development

- Proof of concept

- Pilot production

- Documentation
. Yes. service.

In Soesterberg-NL a unique ecosystem is found that enables state-of-the-art research and innovation on human performance under extreme conditions in (military) aerospace. It combines world-class facilities, an experienced group of multidisciplinary experts, a clear scientific yet also practical vision on Human Performance, a substantial number of active research programs and a network of industry, R&D and end-user organizations (Air Forces).

The innovation services provided to industry and SMEs include carrying out shares research programmes in consortia, and supporting product development of industry by applying knowledge and offering facilities as test & development environments, providing end-user feedback to industry

The purpose of Aeolus is to improve human performance under extreme (a-typical) physical conditions. Human performance is scoped as the performance of humans as such as well as the performance of humans in interaction with their environment (e.g. fighter, helicopter, helmet). Aeolus… A unique combination of facilities (equipment) is present in Soesterberg (NL), ranging from a human centrifuge, two hypobaric chambers, Night Vision experiment & training environments, the world-unique 6-dof disorientation simulator DESDEMONA, an advanced spatial disorientation simulator ASD, the Collaborative Training & CD&E Test centre, two climatic chambers, a 3D rotation chair, a low-cost flight simulation environment, a Wearable Technology lab, and an instrumented audio hall. A dunker pool facility is located on 1 hour drive, and is anticipated to be located in Soesterberg in the near future.
. Aeolus programs are based on scientific and applied research and take everything a human operator needs for optimum performance in real and virtual environments as the starting point. It strives to take human factors research to the next level.

Aeolus supports development and supply of innovative training environments, prototyping of new products, design, development and testing of pilot flight equipment for example. Aeolus focuses on

1. Wearable Technology & Systems

2. Operation Oriented Simulation

3. (Sub) Orbital Space

Aeolus campus is adjacent to both founding institutes and provides access to unique research facilities and world class scientists.

. Yes. service.

Dutch Optics Centre is an initiative of TNO and TU Delft aimed at boosting Dutch industry in the field of optics and optomechatronics by increased utilisation of Dutch science through joint R&D. The Netherlands are unique in the field of optics and opto-mechatronics, with a leading position in science and industry.

Within Dutch Optics Centre TU Delft, TNO and other knowledge institutes providing excellent research facilities team up with a world class manufacturing industry; producing opto-mechanical components for high-precision products like satellites, telescopes, microscopes, inspection instruments.

By joining forces in R&D, developing prototypes and eventually forming product consortia we create a strong Dutch optomechanical ecosystem that benefits both industry and science. This initiative is well aligned with the Dutch government’s ambition for large-scale Public-Private Partnerships. Dutch Optics Centre is a consortium of knowledge institutes and more than 20 High Tech companies from all… A catalogue of our equipment and facilities is soon to be published on our website (www.dutchopticscentre.com)

They include facilities like cleanrooms and spaces for validation and measurement.

The equipment is production equipment (for both metal as well as glass), unique thin layer equipment and measurement tool (like unique microscopes and optics equipment)
. Dutch Optics Centre is working opto-mechanical components and instruments for high-precision products like satellites, telescopes, microscopes, inspection instruments.

Applied Research
Product development and prototyping and testing
Training and education
Facilities sharing

. Yes. service.

INESCOP is a Centre for Technology and Innovation, founded in 1971 as a private and non-profit making association. With more than 45 years of experience, the Institute works to provide technology services, transfer knowledge and conduct research on general relevant topics for the footwear sector.

Our MISSION is to ensure that the knowledge and technologies reach the business network and result in business value in terms of improved products, materials, processes and methods.

Since 1971, INESCOP works to provide technology services, transfer knowledge and conduct research on relevant topics for the footwear sector. We foster innovation in the footwear industries by offering solutions adapted to their scientific and technical needs, thus providing a wide range of technological services aimed at enhancing the quality and performance of products and boosting business competitiveness in areas such as:

Testing and Quality management
R&D&innovation Consultancy
Advanced technologies
Healthcare… Adhesives & Nanotechnology laboratory

Scanning Electron Microscope + Elemental Analysis
Controlled-stress rheometer
Dynamic-mechanical thermal analysis - DMA

Quality analysis laboratory

Slip test equipment
X-ray equipment
Thermographic camera

Biotechnology laboratory

Biodegradation equipment based on ISO 20136
Fluostar Omega (Labtech)
GeoDocR (Biorad)

Functional analysis laboratory

VICON® motion capture and analysis system with 10 cameras and 2 AMTI force platforms.
NORAXON® Portable Inertial Motion Capture and Analysis System
NORAXON® Surface Electromyography System
NOVEL® Pedar Instrumented Insoles
NOVEL® Emed -a50/CL Pressure Platform

Microelectronics laboratory

Anritsu Spectrum Analyzer MS series
Lecroy Oscilloscope 6030
Arbitrary waveform generator TTI, TGA1244

Computer lab

HD material scanner
3D foot digitiser
3D foot sole digitiser
3D last digitiser

Robotics Laboratory

UR
ABB
Comau

. Our main KET R&I services are aimed at boosting competitiveness and innovation in the footwear sector industries, contributing to their adaptation to current needs and market demands by means of:

- Advanced manufacturing technologies & Laser based applications

Demonstration
Prototype development and testing
Product development
Implementation
Training

- Advanced materials, IB & Nanotechnology

Access to technology expertise and facilities for validation
Demonstration
Lab testing
Pilot production and demonstration / pilot lines
Product validation and certification

. Yes. service.

VoltaChem aims to initiate and facilitate collaborative development of technology and business models with relevant stakeholders to help move innovation in the field of electrification and decarbonization faster towards commercial implementation. The program addresses both the indirect and direct use of electricity within the chemical industry, and works from a systemic point of view.

We adopt a multidisciplinary approach that brings together the entire value chain: in R&D (institutions, universities), in the users (chemical, electricity) and in the suppliers (sub-components, equipment and engineering). Participants can cooperate with dedicated researchers, starting with researchers from TNO and ECN who have knowledge and network within the fields of electrochemistry, heat technology, chemistry and process technology. From the program, we aim to collaborate with top-universities worldwide.

Companies that join VoltaChem get to participate in the VoltaChem roadmap, network and RD&I activities… Overview of most important facilities:

Thermo-acoustic heat pump lab.

Electrochemical characterization lab (H-cells, PEM-cells, potentiostats, etc).

Benchscale low-pressure electrochemical stack testing station.

Benchscale high-pressure electrochemical stack testing station.

Benchscale PEM component lifetime testing stations.

Full chemical analysis lab.

Test rig for long term testing of separation and conversion of hydrogen to products.

CATE test rig for high pressure conversion of hydrogen to products.
.

Community participation: Exclusive discussion group, roadmap updates, high-level results and (inter)national events.

Shared R&D participation: Pre-competitive R&D within a collaborative program with a duration of 2-4 years.

Sponsored R&D project: Pre-competitive linear development; small projects with predefined scope/time/budget.

Commissioned R&D project: Exclusive bilateral project with pre-defined scope/time/budget.

Indirect research collaboration: The VoltaChem program participates in publicly funded consortium projects and fundamental research programs.

http:/www.voltachem.com/voltachem/participation
. Yes. service.

Industry driven Shared Research Center, focusing on technology development for the production of functionalized biobased aromatics for performance materials, chemicals & coatings

Biorizon is anticipating the expected growing shortage of aromatics from the petrochemical industry and the widely shared ambition to green the chemical industry.

Our mission is to enable commercial production of bio-aromatics by 2025. In order to achieve this we adopt a multi-disciplinary approach that brings together the entire value chain: in R&D (institutions, universities), global leaders in supply of feedstocks (upstream), chemical conversion, equipment manufacturing (midstream), chemical industry, end-users and brand owners (down-stream). We connect with multi-nationals as well as SME companies.

Biorizon is a cross-border initiative between TNO, VITO, ECN and the Green Chemistry Campus and is part of Biobased Delta. Biorizon is located at the Green Chemistry Campus in Bergen op Zoom, The Netherlands, at the heart of… Shared Research Center Biorizon has state-of-the-art facilities at its disposal. The facilities can be found at the following locations:

Green Chemistry Campus - Bergen op Zoom, The Netherlands

TNO - Delft, The Netherlands

VITO - Mol, Flanders, Belgium

ECN - Petten, The Netherlands

Specifically the laboratories of the TNO Biorizon activities are situated in Delft and at the Green Chemistry Campus in Bergen op Zoom and offer capacity for the lab- and bench-scale process development.

Throughout the last years, TNO has invested in several pilot units at TRL 4/5 for the demonstration of individual process steps in the end-to-end process from biomass to aromatics: a biphasic reactor for the conversion of hemicellulose to furfural, a condensation reactor for the preparation of furfuryl-hydrazones, a Diels-Alder reactor  for production of the targeted bio-aromatic compounds.

In specific the following TNO equipment is available:

Bi-phasic reactor

….

Theoretical assessment of feasibility of chemical pathways

Experimental validation of chemistry

Process modelling, design & development

Experimental validation of process technology (reaction & separation)

Scale-up studies at TRL 4-5

Consortium building & networking

Techno-economic viability assessments

Life Cycle Analysis

Types of interaction with Biorizon:

Community participation: Exclusive discussion group, roadmap updates, high-level results and invitations to (inter)national events.
Shared R&D program participation: Pre-competitive R&D within a collaborative program with a duration of 2-4 years.
Sponsored R&D project: Pre-competitive linear development; small projects with predefined scope/time/budget.
Commissioned R&D project: Exclusive bilateral project with pre-defined scope/time/budget.

Web-link for services

http://www.biorizon.eu/join-us
http://www.biorizon.eu/community/members

. Yes. service.

The AMSYSTEMS Center In 2016, TNO and High Tech Systems Center of the Eindhoven University of Technology founded the AMSYSTEMS Center, a joint innovation center to develop the next generation additive manufacturing production equipment for smart, personalized and multi-functional products. Additive manufacturing (AM) concerns methods whereby products are produced layer by layer, such as 3D-printing. The AMSYSTEMS Center targets high-tech applications, 3D printed electronic devices, 3D printed food and pharma applications with spin-off to other markets that require personalized, customized, on-demand manufacturing. At the heart of the Brainport / Eindhoven region The AMSYSTEMS center is at the heart of the Brainport region and has a strong link with the Dutch Smart Industry action agenda. It also has established the Smart Industry Fieldlab MultiM3D and received an investment grant for a pilot line additive manufacturing (PrintValley2020) to be operated at the Brainport Industries Campus (BIC). Scientific and… One way of increasing the throughput is by realizing the layer wise process steps (such as powder recoating, heating and selectively laser sintering) in parallel. AMSYSTEMS Center has patented technology that does this by placing the process steps in a carousel, hereby optimizing the effective print time. The current carrousel system has approximately 3 time s faster production speeds than the conventional batch-wise processes. A n additional advantage is the possibility to integrate additional process steps without affecting the system throughput, such as quality control, multi material deposition, and the integration of components. Another advantage of the carrousel approach is the short access times after a single product has been finished, the operator can take the product from the carrousel without waiting for the whole batch to be finished. This is realized by a continuous in-and outflow of empty build-trays and finished products, and thereby minimizing waiting times and obtaining the shortest lead…. http://amsystemscenter.com/facilities/
. Yes. service.