766 results found
    1. KOKI Solder paste

      KOKI Solder paste

      Koki was established in 1964 to challenge the top technology in the soldering industry with the aim of becoming a global corporation. Development of product proceeds in response to thorough market research and customer requests when tracking soldering equipment and materials from various points of view. Excellent sales results from our products have been achieved worldwide. Our factories and an improved network of distributing agents has been established around the world beginning in Europe, the US and Asia. Our name has become known throughout the world for its information exchange and technical support between agencies and the expanding supply organization. But we are not satisfied with our current achievements. We will continue to challenge new technologies and fulfill the requests of our clients.

    2. Kontron KBox A-251-AML/ADN

      Kontron KBox A-251-AML/ADN

      The KBox A-251-AML/ADN is characterized by a particularly compact design, powerful processors and exceptional flexibility. Thanks to the space-saving system design of just 137 x 50 x 95 mm, the device is ideal for applications where space is at a premium without having to compromise on performance. At the heart of the PC are the latest generation Intel Atom® x7000RE processors, Intel® N97 or Core™ i3-N305 processors, which are characterized by high energy efficiency and impressive computing powerand thus create the basis for real-time applications, machine learning or the processing of large amounts of data. The special feature of this industrial PC is the so called “IO door” on the left-hand side of the system, which can be used to offer a variety of additional interfaces. For example, serial or LAN ports, fieldbuses or even digital IOs can be added as required and made available to the customer.

    3. Laser hardening

      Laser hardening

      Laser Hardening Laser hardening is a method for selectively increasing the hardness and wear resistance of metallic materials. This technique offers high precision and minimal distortion, making it ideal for components that require local hardening without subsequent machining. During laser hardening, the surface is quickly heated by the laser beam to a temperature where the material transforms into austenite. It is then rapidly cooled by the surrounding material, resulting in a hard martensitic structure. This process produces a surface with high hardness and wear resistance while retaining internal toughness. Almost all types of steel gain increased hardness after laser hardening.