Data Cables

Data center twin-ax cables – super accurate dielectric and foil cuts required with no residue for optimal connections.

Twin Ax

Laser wire stripping offers a superior solution for the following applications by selectively removing insulation without harming the inner conductors:

The laser’s attributes allow for precise insulation ablation without affecting metal or leaving residue.

Case Study

A customer in the Data industry submitted 32AWG shielded parallel pair wire samples with Mylar and foil insulation for processing using our laser technology. The customer’s request was to remove the outer jacket, foil, and dielectric from the provided samples to expose the inner conductors.

The wires were processed swiftly and efficiently on both the Mercury 4 and Odyssey 4 laser systems, with the process settings being based on a basic optimization of parameters.

The Mercury 4 laser system was highly recommended for the removal of the dielectric, as it ensured the complete preservation of the inner conductors. The process took 15 seconds in total to precisely strip the insulation.

Related Content

Mercury-4 M4 laser wire stripping machine-aperture fixture

Mercury-4

An interchangeable door fixture allow for a quick change-over from single strip to multiple strip wires, or to utilize the in-line option. Suitable for removing jackets from shielded multi-conductor cables.
Mercury-2 M2 laser wire stripping machine Suitable for stripping a variety of polymer insulated single conductor, coax and ribbons from 52 AWG to 6 AWG.

Mercury-2

Suitable for 52 AWG to 6 AWG, single conductor, coax and ribbons, handles all polymer insulations with ease. A large 6″ x 8″ (150 mm x 200 mm) working area allows multiple wires to be stripped simultaneously.
Data Center Wires and Cables

Data Centers Market

Whether transmitting vital data across vast distances or harnessing the forces of nature for human advancement, machines embody the future of aerospace cable production, powering progress one precisely stripped wire at a time.