Science - Import export

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The first approach for the development of new processes and the research of scientific effects is the application of standardized laser systems. When the requirements on scientific research advance, they equally rise with regard to the laser systems. For optimum results in scientific research and development, diode lasers with very precise specifications are indispensable. Operating and monitoring the system with defined and fixed parameters such as the power distribution and wavelength is essential for the accurate collection and evaluation of data and will lead to reliable results. Provisioning an outright laser system will further enable scientists to actually focus on their actual research. As complete solution the system can furthermore be directly integrated into the security system, providing a safe operation for your team of experts.

High precision automated laser marking is a process of marking or engraving a material using a high-powered laser beam. This process is widely used in a variety of industries including medical, automotive and smart devices manufacturing. The laser beam can mark materials such as metal, plastic and glass with extreme accuracy and detail down to micron scale. This makes it possible to mark the smallest materials and components.

We build and develop high precision product manufacturing machines for the medical industry. With a proven track record of 20+ years we have gained quite some knowledge and experience. Whether you are looking for product assembly, laser marking, laser welding, visual inspection, feeding, EOL, flow and leakage testing or anything else, we are your precision partner. Your process, product and business case is our guiding principle. We know how to automate like no other. In fact, we know how to automate very accurately. Automation at IMS goes down to micron scale. We build production lines from low to high volume, depending on your demand. We are flexible to the needs of your project and deliver a fast budget indication quote. Showing feasibility of your production process.

starlim//sterner manufactures components for the life science industry. This includes everything that comes into contact with humans. Examples are: the medical industry, pharmaceutical industry, laboratory and diagnostics supply, infant articles industry, the food industry, cosmetics and much more. Our production facilities represent the state-of-the-art and our clean room guarantees an optimum of manufacturing quality. Cleanness, hygiene and controlled and stable processes. Production of silicone and multi-material parts for the life science industry. For the life science industry we produce amongst other things: Metering valves for food packaging, such as ketchup bottles Seals for infusion systems O-rings for dialysis filters Components for hearing aids Tourniquets for blood sampling Suckers for infant soothers Nipple shields for mothers Valves for inhalation appliances Components for medical appliances

Paper White 200g Matt Lamination 1 Offset Pantone color Gold printing Polypro Cord Colored

Paper White 130g Plasticizing Matt 1 Offset Pantone Color Gold printing Lamination on 2.5mm Cardboard

Iron(II) chloride is used in the synthesis of iron complexes like iron(II) hydroxide. It acts as a precursor to hydrated iron(III) oxides that are magnetic pigments. It serves as a reducing agent in organic synthesis. Also, used as a reducing flocculating agent in wastewater treatment, especially for wastes containing chromate. It is used as an intermediate, in pigments, processing aids and in solids separation agents.

Memosens CPS77D is the digital specialist for hygienic applications. Its bacteria-proof reference with contamination-resistant gel guarantees stable measurements. The sensor is sterilizable with hot steam, autoclavable and features an unbreakable PEEK shaft assuring highest product safety. In addition, the Memosens digital technology combines maximum process and data integrity with simple handling. It resists corrosion and moisture, enables lab calibration and facilitates predictive maintenance.

Memosens CPS47D is the digital high performer with liquid KCl reference for media with low conductivity or high organic solvents content. Designed for fast response, it measures accurately even in applications with fast-changing media. Its unbreakable shaft ensures best product safety. In addition, the Memosens digital technology combines maximum process and data integrity with simple handling. It resists corrosion and moisture, enables lab calibration and facilitates predictive maintenance.

Research and training using highprecision digital 3Dcopies of the human body. 3D scanners help research workers and other experts to acquire new knowledge, to gain experience, to put forward and confirm hypotheses. They are used as training equipment in higher and vocational education institutions by future medical workers, engineers, artists, conservation professionals, designers, forensic doctors and those who digitize human bodies for signature scientific projects. 3D scanning technologies help to both obtain realistic 3D copies of existing people and to find out how our ancestors looked like. The base of 3D shots that is continuously supplemented with new data is a precious material for scientific research of the human body. How does our life style change us? How does the body adapt for climate changes

Maxxline Cryovials offer the best experience in cryopreservation storage of biological and chemical fluids. Featuring a streamlined pseudo-single-body polypropylene construction that masks their external thread design, these robust cryogenic vials provide a space-efficient cryopreservation solution for the most high-stakes research projects. The ergonomic external thread design and star-foot bottoms allow for the one-handed opening and closing of each cryovial. Maxxline cryovials with barcodes feature a barcode system that is fully customizable to meet the cryopreservation storage needs of each laboratory. Maxxline cryovials with barcodes are perfect for automation-ready laboratories and every lab that prioritizes high-order organization of samples. Designed for easy sample sorting and categorization, these colourful cap inserts are the perfect complement to cryovials for storage. Maxxline Cryovials are available in five different colour like (red, green, yellow, white, and blue).

CAPP offers a wide range of laboratory consumables to fulfill the needs of research, diagnostic, and analytical laboratories. These include pipette tips, filter tips, serological pipettes, PCR-products, tubes, strips, plates, and centrifuge tubes. Made from ultimate quality plastics, with an extra polished interior and visible markings, CAPP laboratory consumables are designed to work perfectly with CAPP instruments and ensure premium results when used with other brands of equipment. They are produced in state-of-the-art manufacturing facilities and feature premium design, with no compromise on quality parameters. The consumables are made from virgin polypropylene and are certified RNase, DNase, DNA, and Pyrogen-free. They are produced in a clean-room facility to eliminate the risk of contamination and feature Swiss-made injection molds, crystal-clear incremental marks for convenience of use, and universal compatibility to most pipette brands.

The multilingual GeneQuest, BioQuest and BioAquarius series provide a wide range of spectrophotometers, starting from dedicated DNA/RNA analysers to more sophisticated spectrophotometers which can help with structural elucidation. Easy to use, versatile, PC controllable, many molecular biology spectrophotometers may also be used for other general purpose laboratory applications too. Our software packages mean easy performance of user calculations. A wide range of ESEF instant software options, which can grow with your needs, is available. Data are very easily exported to PCs, integral printers or external printers. Both our single and double beamed instruments perform pre-programmed assays for nucleic acids, proteins, oligonucleotides, experimental thermal melt and cell culture determinations. User-programmed methods, are easily made and stored.