Test handling systems have been developed to simplify the process of automated testing of PCBs, both in production line and stand-alone operations. These handling systems have been made to take up less space and be cost-effective, offering a significant return on investment.

To enrich your equipment line, we have a production cell specialised in selective wire soldering. This solution is designed to meet the needs of demanding soldering processes on PCBs, hybrid ceramics, flexible film materials and a wide variety of substrates.

We have standardised solutions for reading 1D and 2D codes on PCBs.

The step of cutting or separating printed circuit boards (PCBs) after completion of component assembly. Sawing is performed to separate individual PCBs from a larger board, allowing individual electronic products to be obtained.

We offer innovative, effective and versatile solutions for a wide range of press-fit applications.

For high-production assembly lines that require a continuous flow of materials with great flexibility, pallet handling systems are the ideal solution as they provide an efficient way to move and handle materials along the line, ensuring a continuous flow of production.

Thanks to our wide range of automatic changeover grippers and process control features such as pin height and concentricity checks, we can offer flexible, high-quality placement of irregularly shaped products such as relays, fuse holders, transistors or electrolytic capacitors on printed circuit boards.

This equipment has been designed to ensure maximum standardisation of modules, software and mode of operation, meeting the highest quality and reliability requirements in the industry. This technology covers all the modules required for efficient board handling in electronics manufacturing lines.

Panel removal systems are designed to separate individual images from a panel in a high-speed, low-voltage process. These units are efficient in terms of installation area and costs and incorporate state-of-the-art technology for process optimisation.

We offer a comprehensive range of feeders, both standard and customised, which cover most of the unusually shaped components available on the market and are designed to complement the flexibility of our placement system.

Laser plastic welding (LPW) uses the principle of laser energy to melt materials, in which the laser energy passes through a transparent top layer and reaches an absorbing bottom layer. The action of the heat generated by the laser melts the materials, resulting in a high-quality weld joint after cooling.

We offer laser cells and labelling for direct marking on plate sets or products, with the ability to engrave traditional barcodes, 2D data matrix codes and even images. In addition, we offer the option to perform an additional verification check to ensure marking accuracy.