Acreo Fiberlab is an environment for creating new or improved processes and products in fiber optics. We focus on producibility and function through all development phases. The core of our ToD environment is a clean room for the development of special optical fiber. Around the clean room are resources for research, development and small-scale production of optical fibers, components and systems.
Laboratory environment.
Clean room environment with a focus on semiconductor processing that is run jointly with KTH within the framework of Myfab. Acreo runs its own lab.
Laboratory environment and simulated environment.
Closed chamber with filtered air supply which allows a well controlled air environment in which known aerosols can then spread in the aim to test sensors for chemical and biological aerosols.
Simulated environment.
aim test bed is to create improved process analysis, monitoring and control capabilities for the manufacturing industry.
Laboratory environment, simulated environment and real environment.
aim test bed is to provide conditions for material technology with a focus on surface analysis and processing.
Laboratory environment and simulated environment.
This test bed is to evaluate the service life and durability of materials and products against chemical (salts, gases, chemicals) and climatic (sun, heat, moisture) environmental factors.
Laboratory environment and simulated environment.
This test bed is to support food companies in their development of products and processes through advice and practical experiments on a pilot plant scale.
Laboratory environment, simulated environment and real environment.
Process- och produktutveckling inom fiberhantering och papperstillverkning, konceptutveckling, test och uppskalning.
Laboratoriemiljö och simulerad miljö.
This test bed is to expose samples in a natural environment to evaluate corrosivity, service life and comparisons between different materials, material combinations and corrosion protection.
S simulated environment and real environment.
Testing and development of transport packaging. Accredited environmental resistance test of products. Research on corrugated cardboard packaging and testing of new materials based on the forest raw material.
Laboratory environment and simulated environment.
Human Product Interaction är en testmiljö för konsumentacceptans av produkter och material från fiberbaserad råvara.
Simulerad miljö.
aim test bed is research and development in lignocellulose.
Laboratory environment.
Pilot plant for stock preparation of pulp. It consists of masses, mills, strainers, hydrocyclones and pumps that can be connected with hoses to the desired systems.
Laboratory environment and simulated environment.
Test environments that are primarily intended for electrical products, but also for, for example, food or agricultural and forestry products.
Laboratory environment.
The laboratory is licensed by the Swedish Radiation Safety Authority for handling radioactive sources and can be used for handling open radiation sources with alpha-, beta- and gamma-raying nuclides.
Laboratory environment.
Provide a resource for industry and society by providing resources for the analysis of safety, function and reliability based on mechanical properties.
Laboratory environment.
An equipment and competence park for separating lignin from black liquor and tailoring the properties of lignin with a view to use in different applications. Equipment on a lab and pilot scale to precipitate lignin and separate by filtration in a chamber press filter.
Laboratory environment, simulated environment and real environment.
A factory environment created with the aim of demonstrating the LignoBoost process and producing large amounts of LignoBoost lignin for application development.
Laboratory environment, simulated environment and real environment.
Measuring site for qualified electromagnetic measurements with the capacity to measure everything from small to very large objects. The measuring site is primarily intended for radar and antenna measurements.
Laboratory environment and simulated environment.
Demonstrates and develops pulp processes for the manufacture of materials used both for paper but also for other products such as textile fibers.
Laboratory environment.
The aim test bed is to be able to practically test different techniques to upgrade recycled material and to try recycled plastic raw material in different manufacturing processes. In addition, linked to extensive analysis activities (chemical, mechanical, rheological, etc.).
Laboratory environment and simulated environment.
The world's brightest synchrotron light plant and Swedish national laboratory for accelerator physics and research using synchrotron light.
Laboratory environment.
Demonstration facility for evaluation of microwave and infrared baking. Companies can evaluate feasibility with technology from energy points of view and product properties.
Laboratory environment.
The purpose of the test and demo environment is to enable research and development on an industrially relevant scale as well as the opportunity to enable evaluation of critical process equipment. The transportable demonstration factory is specifically aimed at the paper and pulp industry.
Simulated environment and real environment.
At FOI, there is access to a large range of optical equipment and measuring possibilities. For field measurements, there is a large trailer with the possibility to perform measurements on site. With us, you can perform radiometric calibration of passive optical image-generating sensors in all spectral ranges, from visual wavelengths to thermally infrared wavelengths. The laboratories also include software for performance calculations and modeling of physical genomes related to optonic systems and corresponding components.
Laboratory environment and real environment.
Printed Electonics Arena Manufacturing, PEA-Manufacturing is a test environment for the development and small-scale production of Tryckt Elektronik, which is run by the research institute Acreo. The test environment is open to all types of organizations and companies that want to try Tryckt Elektronik in their products or processes.
Laboratory environment.
Technology platform for chemical syntheses and processes on a laboratory to pilot scale.
Laboratory environment and simulated environment.
This test bed is product development.
Laboratory environment and real environment.
This test bed is to function as a research and development unit for companies in the metal industry.
Simulated environment.
aim test bed is to create an infrastructure with advanced equipment so that customers can come and evaluate their starting material together with our experts, or alternatively, end product users can evaluate different lignin materials.
Laboratory environment and simulated environment.
The purpose of the test bed is to develop prototypes for new products in a wide range of materials (metals, ceramics, polymers, textiles), and to develop new processes for the manufacture of products.
Laboratory environment and simulated environment.
Swerea MEFOS creates, refines and disseminates research results in the manufacture, processing, use and recycling of metals. Here is unique large-scale experimental equipment and an ability to carry out very large research and demonstration projects.
Laboratory environment, simulated environment and real environment.
The T & D foundry's main purpose is to provide opportunities for research and development on a lab scale of cast materials and products. In addition, opportunities are provided for various educational initiatives in the area.
Simulated environment and real environment.
We have extensive experience of optical characterization of different types of materials. In addition to bulk materials and coatings, we can measure powders and liquids. Surface properties such as spectral reflection, or transmission, from ultraviolet (UV) to far out in the infrared (IR) wavelength range, can be measured with spectrometers equipped with various accessories. We also have an extensive reference library with a spectrum for material identification.
Laboratory environment.
aim test bed is to enable research and development on a relevant scale as support to the industry for new innovative processes and products.
Laboratory environment and simulated environment.
The purpose of the test bed is to offer services that contribute to development and innovation in the area.
Laboratory environment and simulated environment.
Laboratory scale experiments make it possible to perform realistic tests to map the coupling properties-chemical composition-process in the development of new alloys. This makes it possible to drastically reduce the number of costly experiments in pilot and full scale in product and process development.
Laboratory environment.
Prediction of products and structures' mechanical service life and operational reliability in relation to the actual load environment. Uncertainty analyzes are carried out so that risks can be weighed against costs and environmental impact.
Laboratory environment, simulated environment and real environment.
The aim is to support the industry with advanced glass knowledge, ice cream development and innovations. The test bed contains extensive equipment for developing and analyzing glass. The users come from raw material suppliers, manufacturers, processors, those who combine materials, users and recyclers.
Laboratory environment.
The project aims to build a functioning, open and neutral platform to generate new environmentally friendly and innovative products, processes and services in surface treatment and joining of composites and multimaterials.
Laboratory environment and simulated environment.
In this pilot project, the focus was on further developing SP's test beds for durability testing of wood products to also include the testing of other bio-based building materials. By offering a market-friendly tool for testing material properties, SP hopes to be able to increase the market potential for bio-based construction products.
Laboratory environment, simulated environment and real environment.
The purpose of the test bed is to test the electronics' resistance to defects caused by atmospheric radiation by irradiating it with protons and neutron rays.
Laboratory environment and simulated environment.
The aim of the test bed is to test the dissolution and regeneration of cellulose and textiles.
Laboratory environment.
SPs Flödeslabb is a central resource for testing and evaluating different types of flow meters. The test bed is used by both instrument buyers and innovators and manufacturers and is also a resource for research projects. In addition, the laboratory is used in connection with courses, for further training of measurement techniques in industry.
Laboratory environment, simulated environment and real environment.
The test bed for composite aim to establish a complete test bed for the development of composite components for faster introduction of new composite solutions in industry.
Laboratory environment and simulated environment.
Process development of continuous, chemical processes, customer demonstrations and adaptations of processes for industrial needs.
Laboratory environment and simulated environment.
The aim of the test bed is the development of dry-refining technology and testing of various raw materials and the production of materials for experiments with dry-refined product.
Simulated environment.
Characterization of different types of wood, such as fiber dimensions, density, microfibril angle, wood toughness and chemistry. The lab has also for some time now had a NIR scanner for imaging spectrometry, used on wood but also paper, karting, sheet metal, etc.
Laboratory environment.
Machining equipment for melting, heating, sheet metal, strip and bar rolling, forging, grinding and straightening.
Simulated environment.
