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Laser Photonics offers Turbopiercing technology

A Laser Photonics product story
Edited by the Engineeringtalk editorial team Mar 17, 2009

Laser Photonics, a provider of fibre and CO2 laser systems, has developed a Turbopiercing technology and a 'cutting-on-the-fly' process for the Titan Series fibre laser cutting machine.

The Titan Series, which increases the speed of processing, thereby increasing throughput, is the newest edition to Laser Photonics's product line.

It is a multi-purpose fibre laser cutting machine with a single pallet shuttle table and is equipped with a high-powered, energy-efficient fibre laser and an advanced direct drive motion control platform.

Comparable to other laser cutting machines, the Titan has a lighter-weight design and a fast cutting speed.

Turbopiercing technology comes standard on all Titan Series systems.

This technology is claimed to guarantee fast, consistent piercing speeds.

Unlike conventional methods, Turbopiercing technology completes an accurate hole eliminating any unnecessary craters in the material, increasing the quality of the cut and improving edge quality.

The 'cutting-on-the-fly' process is said to reduce machining times.

Using this feature, the laser beam is turned on and off as needed and is accurately positioned via computer-aided alignments within a fraction of a second.

Materials are fixed in place directly under the laser and a pattern can be cut without stopping or braking the axes.

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