Fortex Copper Through Hole Contact Rivets PCB Riveting Tool for 0.6 mm Diameter, 210 mm Length With 1.6 mm PTH400-RIV0.6

Fortex PTH400-RIV0.6 Copper Through Hole Contact Rivets PCB Riveting Tool is a hand-operated machine specially engineered for high-quality mechanical through-hole plating in electronic PCB assembly. It is optimized for a 0.6 mm compatible hole size and features a 210 mm height rivet length, accommodating maximum panel or board thicknesses up to 1.6 mm. The tool is designed to provide optimal electrical contact through mechanical riveting, eliminating the need for soldering and thus streamlining the manufacturing process.

The riveter includes an adjustable depth limiter to control rivet penetration, ensuring precise and consistent application. Its design supports a maximum board size of 400 mm, making it suitable for a variety of PCB sizes in industrial and laboratory settings. This tool is highly beneficial in electronics manufacturing, cleanroom assembly, and prototyping environments that require reliable and durable PCB connections.

Compliant with RoHS standards, the Fortex PTH400-RIV0.6 meets essential environmental regulations and quality assurance requirements. Originating from Germany, it reflects high manufacturing standards and durability.

This tool enables professional through-hole plating by individual riveting tailored to each rivet diameter. Its application suits industrial electronics, laboratory prototyping, and cleanroom assembly lines. Provides robust mechanical contacts that maintain long-term electrical reliability without soldering.

Adjustable settings allow adaptation to various PCB thicknesses and configurations. RoHS compliance guarantees environmentally safe materials and manufacturing processes.

Fortex products like the PTH400-RIV0.6 are suitable for precise PCB assembly tasks in electronics manufacturing, prototyping, and quality control processes. Explore our range of PCB Riveting tools for enhanced assembly productivity and ensuring consistent electrical contacts.