Mechanical milling offers significant advantages compared to chemical etching, whether in terms of environmental responsibility, operating costs or manufacturing quality when it comes to prototyping.

DCT ProPlating is an application-tested technology designed for through-hole plating of double-sided and multilayer PCBs prototyping. This compact and efficient solution offers a fast and user-friendly operation. It ensures consistent and safe plating results, with excellent thermal stability, making it an ideal solution for achieving through-hole plating on both double-sided and multilayer boards.

Vapor Phase Soldering (VPS), a technology that addresses the challenges of the electronics industry. Vapor phase soldering (VPS) is a soldering process used to assemble electronic components onto printed circuit boards (PCBs). It uses vapor created by a medium, generally Galden®, to evenly heat the different elements: the printed circuit board, the components and the alloy. Galden® complies with ROHS regulations.

We offer you a comparison of the different technologies for soldering electronic boards, with the advantages and disadvantages of each solution, so that you can decide which technology is right for you.

HANWHA, formerly SAMSUNG TECHWIN, provides SMT placement solutions combined with state-of-the-art service and support. Solutions include advanced interoperability technologies, to achieve price competitiveness and high quality without compromising flexibility and on-demand capacity growth.

Many manufacturers are having to revise their board designs, sometimes hastily, to enable them to unblock production following component shortages. Increasingly, customers are being forced to supply batches of components with equivalent or similar technical properties, even if the casings are different. This necessitates a re-design of the board, which involves prototyping. Given production time constraints, the demand for rapid prototyping is inevitably growing. However, the choice between...

Power electronics, i.e. electronics applied to the management of high currents, is increasingly present in the electronics industry. This applies not only to the automotive industry, with the electrification of the car fleet, but also to the electrification of the aeronautical, military, lightning and medical industries.