Enhance Your Wave Soldering Process with Custom Wave Solder Pallets
Experience Precision Protection: Wave solder pallets, also known as wave solder fixtures, offer impeccable thermal and solder protection during the wave soldering process. Say goodbye to soldering defects and ensure a flawless outcome for your circuit boards.
Unleash the Power of Wave Soldering for Your PCB Manufacturing
Streamlined Bulk Soldering: Wave soldering is a versatile bulk soldering process that drives the efficient manufacturing of printed circuit boards. It ensures seamless soldering for large batches, saving you time and resources.
Maximize Efficiency with Wave Soldering and Boost Your PCB Quality
Reliable Soldering Protection: Our wave solder pallets work in harmony with the wave soldering process to safeguard delicate components and prevent solder bridging, ensuring your PCBs come out flawless every time.
For several decades, GSC has been a leading provider in the electronic assembly industry, offering top-notch engineering, design, and custom fixture manufacturing services. In 2008, the company underwent a transformative shift by implementing a robust Quality Management System, transitioning from a people-based approach to a process-driven model. Shortly after, GSC achieved ISO:9001 certification for its Quality Management System, solidifying its position as the sole ISO certified tooling provider catering to the “engineering, design, and manufacturing of custom fixtures and tooling for the electronic assembly industry.”
GSC stands as the ultimate partner for all PCB tooling needs, offering a diverse range of products designed for PCB assembly, inspection, and testing. From box-building assembly fixtures to essential items like wash baskets, fingers, and nozzles, GSC covers the entire spectrum of requirements. What sets them apart is their unparalleled problem-solving expertise, backed by ISO certified processes, ensuring they deliver market-leading value and unparalleled solutions to their esteemed customers.
Impossible Objects is at the forefront of the additive manufacturing and composites manufacturing industries, operating as a prominent 3D printer and materials company. Through extensive research and development, they have pioneered an innovative composite-based additive manufacturing technology (CBAM), setting it apart from conventional additive manufacturing methods.
Dedicated exclusively to composites, the CBAM process yields parts that surpass the strength of other additive manufacturing technologies. Notably, it outpaces traditional composite methods in terms of speed while offering increased design flexibility and a diverse range of materials, including carbon fiber and fiberglass combined with Nylon and PEEK. Yet, this is only the beginning for Impossible Objects. Their vision is to create additively manufactured composite parts of unprecedented strength, rivaling those produced through hand layup techniques but with the efficiency of injection molding speeds.