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Shinano Kenshi offers the appropriate drives and controls for every application in medical technology or develops customer-specific solutions, even at the module or system level.

Application: Point dosing with highest volumetric accuracy - bead application with application speed adjustable to the web speed - encapsulation technology Areas of responsibility: - Electronic components - Semiconductor production - LCD/LED/OLED - Photovoltaics - Medical technology - Biochemistry - Laboratory - Optics and Photonics - SMD/SMT Technical Data: - True volumetric dosing - Retraction effect - Viscosity independent dosing - Easy cleaning - Inlet pressure independent dosing - Adjustable dosing flow - Pressure tight without valve - Dosing pressures up to 40 bar

The 2-component positive displacement pump eco-DUO450, made by ViscoTec, allows many applications for the 2-component dispensing area. Possible fields of application are e.g. electronic components, semiconductor production, LCD/LED/OLED, photovoltaics, medical technology, biochemistry, laboratory, optics and photonics or SMD/SMT and many more. Application: - Dot dosing, with highest volumetric accuracy - bead application with application speed adjustable to the web speed - Potting technology Your advantages: - True volumetric dosing - Retreat effect - Viscosity-independent dosing - Easy cleaning - dosing independent of inlet pressure - Adjustable dosing flow - Pressure-tight without valve - Dosing pressures up to 40 bar

In general, a Kapton film heater is always more expensive than a silicone heater or polyester heater. Where chemical resistance or the weight of the flexible heating element plays an important role, however, Kapton heaters are the ideal solution. The resistance of Kapton Polyimide to fungi, bacteria, ozone, weather, ageing and most chemicals, acids and solvents is very good, so that heating elements made of Polyimide (Kapton) are an ideal solution for many critical applications. Kapton foil heaters are also silicone-free and are characterised by an even heat distribution. The dielectric strength of a Polyimide film is very high and so the flexible Kapton (Polyimide) heater can be very thin. Due to the small thickness, the heat transfer to the component is improved and higher surface loads are possible. Typical applications for Kapton film heaters are: Laboratory technology, aircraft electronics, printers, diagnostic instruments, vacuum chambers, medical equipment and many more.

Immersion heater for laboratory and electroplating technology Advantages: Maximum energy utilization through infrared radiation - the cladding tube is infrared permeable; through heat conduction - the cladding tube made of quartz glass enables particularly good heat transfer. Temperature resistance Since quartz glass has practically no thermal expansion, such immersion heaters are particularly resistant to heat changes. Acid resistance Quartz glass immersion heaters are almost resistant to acids except phosphoric acid above 300 ° C and hydrofluoric acid. They are therefore particularly suitable for the direct heating of chemicals in the laboratory and electroplating technology. electric security The cladding tube made of quartz glass is an excellent electrical insulator - safe contact protection; optimal electrical safety through earthing of the interior. In compliance with EC Directive 89/336 / EEC and EC Directive 73/23 / EEC.

The MHF system is based on ECOPUR® technology, it is the first tool of the integrated approach to the sanitation of environments and consists of a special resin which, when applied to furnishing elements, creates an ionizing effect that sanitizes the air and creates a physical barrier on surfaces against bacterial and viral proliferation. This technology is certified by independent laboratories in accordance with ISO 21702:2019 "measurement of antiviral activity on plastic materials and other non-porous surfaces" and ISO 22196:2011 "measurement of antibacterial activity on plastic materials and other non-porous surfaces" The ions negatives bind to positively charged pollutants in the air and deactivate them. The ionizing effect is active 24 hours a day even in the absence of light. It is generated by the convective motions of the air and by the micro electric charges that constantly act in every closed environment.

The latest generation of multifunctional YSTRAL PiloTec process equipment offers you the opportunity to use established production processes on a laboratory scale. Thanks to Conti-TDS technology, powder can be inducted, wetted and dispersed under vacuum, dust-free and in a single operation. Easy-to-use swappable tools enable operation using the innovative Multi-Z or Z-Inline process with high-precision multi-stage shear ring systems. Established procedures and a specific energy input independent of the batch size guarantee excellent and consistent results. These can be easily transferred to production scale - a safe scale-up to ystral plant construction. The modular design enables extension to the PiloTec-Plant process plant with ystral mixing technology, systems for handling powders and liquids, measuring technology and sensors, lifting stands as well as other modular components.

Medical technology: bone saws and blades for scissors If the cutting gap has to be aligned with the laser cutting of 0.07 mm, we are able to hear the smallest contours and thus filigree deeds for and a bone saw. What used to be lavishly packaged and wire-cut is now "simply" laser, and faster. Alternatively, we also cut blanks for blades, scissors, tweezers, other surgical instruments or medical instruments for endoscopy, dental and laboratory technology.

Over the last few years, we at EP-E have designed and introduced a series of primary standards for gases, designed for use in calibration laboratories. As a technology partner of the Physikalisch-Technische Bundesanstalt (PTB) in Braunschweig, our solutions are based on the highest standards. The EP gas bell plungers generate a volume flow which is traceable to the SI units length and time. The pistons are driven by a stepper motor via a spindle. In the initial state one piston is fully retracted and the other fully extended. The volume flow can be set with high precision via the piston cross section and the travel speed. At the end of the calibration process, both pistons are in the opposite position to the initial position. The calibration device is preferably operated with air, which can be supplied with up to 6 bar. The EP gas bell pistons convince by highest measuring accuracy up to 0.15% (k=2).

Over the last few years, we at EP-E have designed and introduced a range of primary standards designed for use in calibration laboratories. As a technology partner of the Physikalisch-Technische Bundesanstalt (PTB) in Braunschweig, Germany, our solutions are based on the highest standards. The EP gas bell plungers generate a volume flow which is traceable to the SI units length and time. The pistons are driven by a stepper motor via a spindle. In the initial state one piston is fully retracted and the other fully extended. The volume flow can be set with high precision via the piston cross section and the travel speed. At the end of the calibration process, both pistons are in the opposite position to the initial position.

A press for all processes Beside the pressing systems for industrial production, Siempelkamp manufactures laboratory press systems – both “try-out” presses for laboratoryscale tests with a starting pressing force of 150 t as well as presses for “fullscale testing”. The laboratory press systems are designed for maximum exibility. With it, all processes of composite production can be investigated. For example, it can be investigated whether press technology is an economic alternative for “autoclave” processes. All processes SMC with glass ber or carbon ber RTM PCM Organo-sheet consolidation Thermoplast forming Hybrid forming Integrated molding and joining of hybrid materials All control methods Force control with position monitoring Position control with force monitoring Each process step can be individually dened and programmed: All relevant process data are recorded and displayed.

The 4-mushroom mix contains four of the most famous mushroom species - Lion's Mane, Cordyceps, Chaga and Reishi. We chose to use only four mushrooms in our blend because that way the amount of each mushroom is large enough to preserve the beneficial effects of all of them. Our Four Mushroom Complex is a natural answer to a multivitamin because it: Improves focus Increases daily energy levels Has an anti-inflammatory effect Contains adaptogens that help the body restore its health Supports the work of the immune system 100% pure extract, no fillers Mushrooms picked from pure, wild nature Tested in an independent US laboratory Production technology that ensures absorption and a record content of active ingredients Our extract is highly concentrated (20:1) and contains a record amount of useful active ingredients. Ingredients: Our 4-mushroom blend contains a world-class blend of Lion's Mane, Cordyceps, Chaga and Reishi. Suitable for vegetarians and vegans.

This technology was implemented as part of a transfer of technology from ONERA – National Laboratory for Aerospace Research – who developed it for its own needs. The technology contributed amongst other things to the manufacturing of electrode plates in silica for space accelerometers – GOCE project from ESA. Principle The principle is based on an electrical current – at a given frequency that fits within the field of ultrasounds –converted into a mechanical vibration that is transferred to a machining tool. The vibration frequency of the tool corresponds to the frequency of the electrical signal – in this case 20 KHZ. Our ultrasonic machining process differentiates itself from other processes because machining is carried out without contact between the tool and the part. Equipment A resonating block made up of piezoelectric ceramics transfers the vibration to the tool through the sonotrode. The mechanical expansion of the tool – so-called tool elongation – can be adjusted and...

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