Products

The SiTek PSD Holder MH02 is a high linearity PSD assembled in a mechanical holder designed to fit perfect with SEEPOS. The holder is available with SiTek’s PSDs ranging from 30 - 60 mm (1D) and 20 x 20 – 45 x 45 mm2 (2D). SiTek’s UV-enhanced PSDs can be delivered mounted in the PSD mechanical holder upon request

Industries with high demands The parts we manufacture are often used in the medical technology industry and other industries where people’s lives and health could be jeopardized if the products do not work optimally. Therefore, extreme accuracy and precision are alfa and omega in our production processes. Our customers can always trust that they will get exactly what is promised. We take our work very seriously.

The VDM safety hardware and embedded SW is designed according to ISO 13849-1, performance level D, Category 3. The VDM12 distinguishes itself by its high speed regulation and low regulator error when operating proportional control valves. This enables the usage in low latency closed loop applications for autonomous hydraulic functions. Multiple identical VDM12 units can be arranged on the same bus with only a resistor in the mating connector which configures the node-id of the VDM12 unit.

As an established supplier of electronic cooling, we offer an extensive array of solutions, including heatsinks, thermal interface materials, fans in a vast collection of sizes, types and voltages, thermoelectric coolers, and thermoelectric cooler assemblies. Our product line also includes cabinet cooling solutions such as filter fans and air-to-air heat exchangers.

The thermally conductive adhesive tapes and thermal pads or gap pads we offer and process are modern products that work well wherever the use of thermal paste or other solutions is impossible or impractical. Their exceptional flexibility and compressibility allow for perfect fit to the cooling system elements, which ensures effective heat dissipation from electronic components. The increasing degree of component integration and the growing complexity of electronic systems mean that the use of converted thermal elements is becoming more and more common. Thanks to the large variety of available raw materials, we have the ability to select the appropriate thermal material that provides optimal parameters.

These series of AC line reactors are designed to be used in power distribution (line side of the drive) to provide input impedance, which helps reduce harmonic distortion and increase VFD component lifetime.

• Works with all known lead-free alloys • Fast and stable wetting • Up to 90% less splash than normal tin wire • Bright, transparent residue - no dark discoloration • Several different alloys are available and other series

TMI-Orion offers advanced data loggers and solutions for validating temperature, pressure and humidity in demanding environments. These systems are used in the pharmaceutical, food and healthcare sectors to ensure accurate measurement and compliance with regulatory requirements.

We offer a wide range of tools required for the processing of various types of electrical components. Some examples are crimping pliers, assembly/disassembly tools, and stripping tools from DMC.

TouchNetix was founded in 2010 to bring high quality capacitive touch technology to the broadest possible range of applications and customers. The founders of TouchNetix bring unrivalled experience in the design and development of HMI, capacitive touch and innovative microcontroller technology. The founders of TouchNetix previously formed the core management teams of the Touch Technology and AVR™ Microcontroller Products Groups at Atmel Corporation, subsequently acquired by Microchip Inc. They were responsible for the definition and delivery of the Atmel maXTouch™ touchscreen driver IC product lines which won hundreds of designs in the Mobile Handset and Mobile Internet Device (MID) markets and which set the standard for early touchscreen products. In October 2018, TouchNetix announced the introduction of its aXiom™ touchscreen IC, specifically conceived and developed by the company to address the requirements of industrial and automotive applications where consumer electronics based products often fall short of the performance and robustness needed.

TRACEABILITY in the manufacturing process (TTC, i.e. Track, Trace and Control) is a solution that is characterized by high complexity and is related to supply chain management. Thanks to the traceability of the process, we are able to monitor the flow of products, materials and components and track their locations. Traceability allows you to check and test manufacturing processes, their subsequent stages, we have full access to verifying the process and controlling batches of products and raw materials. This is extremely important in the event that a given element included in the product turns out to be defective.