Printed circuit board - Import export

Advanced inverter technology for superior TIG DC performance. Industrial TIG welder for difficult conditions. The fully functional and user-friendly control panel, with graphical and numeric display, makes it easy to set all welding parameters. Robust construction: electrical safety (IP23S), protected printed circuit boards and optimal airflow reduce contamination to extend equipment life in the harshest environmental conditions. TIG HF and Lift ignition meets all requirements. Perfect start of the TIG HF with pre-defined start mode. Complete configuration of TIG parameters: Pulse TIG with variable frequency that allows the welder to adjust the arc focus according to applications, 10 memory positions for personalized welding settings, TIG spot welding. Water coolers and carts available What's included: Input cable (2m) Gas connection kit

Silga designs and creates new applications of high-performance circuits for the automotive sector in the field of e-mobility, such as Gigaflex , flexible printed circuits for batteries , intelligent solutions for sensor-controlled connections of battery cells and systems for connecting modules to the BMS . This solution allows for a drastic reduction in the size of battery connection systems, eliminating any cumbersome wiring. In this way, flexible printed circuit boards for batteries become the perfect mix between connectivity , performance and lightness .

IMS (Insulated metal substrate) technology allows the mounting of power components directly on a highly thermally conductive printed circuit board . The result is a compact and reliable solution which, thanks also to the reduced cost compared to systems with traditional heat sinks, is finding more and more application in sectors where effective dissipation of the heat generated by electronic components is required, such as of Lighting, Automotive and Power Supply . The devices can operate at lower temperatures with a guarantee of greater reliability and lifespan , avoiding the assembly phases of mechanical heat sinks. The assembly cycle is simplified and can in some cases be reduced to just the SMT assembly operation. The availability of dielectric layers of different nature and thickness offers many design possibilities from a thermal and electrical insulation point of view. It is possible to use different materials with both aluminum and

SELECTIO Selective soldering systems for automatic single point soldering and multiple point soldering It is not always possible to use mass soldering processes such as wave soldering to perform a certain soldering task. Individual soldering steps are often necessary. To automate this process and to lower the costs while maintaining the high quality requirements, STRECKFUSS SYSTEMS has developed the selective soldering system SELECTIO. Just like our wave soldering system TITANIUM, SELECTIO too is equipped with the corrosion and tin resistant agent titanium and therefore works perfectly for lead free soldering. Product characteristics – an overview: x/y/z- axes system with precision toothed drive belt transport system and assembly carrier standard stand- alone- system (offline system): optional transportation belt connection as inline system printed circuit board transportation with assembly carrier soldering processes: single point nozzle and surface nozzle as well as dip soldering via mask technique fluxing out of vendor's flux container with multi- drop- fluxer nozzle short wave IR- quartz- radiators for preheating of printed circuit boards pyrometer for contact- free temperature check of printed circuit boards easily exchangeable soldering nozzles Microsoft© Windows user surface and process visualization: - BDE for documentation complying with DIN ISO 9000 ff - management data organization - optional real- time video surveillance

TYP C 044/S Cutting, stamping and bending device for axial components Description To facilitate the placement of short axial leaded components that must be cut before insertion into the circuit board to the appropriate length and bent to the required height and - if necessary - marked . This axial taped components are processed in high- components. In the device 044 C / S to be bent, the components are manually inserted into the device and processed by triggering the pneumatic foot switch. The high- axial component can be provided either at one or at both terminal wires with a bead for preventing falling out of the printed circuit board according to the manual setting operation. Components