OEM CS Fibre Laser Source Fundamental Mode

Product introduction

The thin core fundamental mode fiber laser achieves a pure fundamental mode laser output with M²less than 1.1, It features a compact structure, high energy density, anti-reflection capability, high electro-optical conversion efficiency, and possesses outstanding advantages in high precision machining, welding of copper and aluminum, 3D printing, etc. In welding of aluminum alloy, by almost maintaining the welding width, the welding depth increase with applied power, which is suitable for welding of aluminum alloy like power battery, all aluminum vehicle body, etc.

Product Features

♦Pure fundamental mode laser output with M²＜1.1

♦Small footprint, light weight, compact structure, easy to be integrated

♦Fiber core of 14um, suitable for laser precision machining and welding application

♦High-speed processing of highly reflective materials with no false alarm (including copper,gold,silver,aluminum)

♦High electro-optical conversion efficiency, saving energy effectively

Product specification

Wuhan CS Tec Co., ltd., a high-tech company that locates in the Wuhan Optical Valley, an enterprise which is professionally engaged in laser total solution, laser-related equipment and customized products.
We actively bring in varies of talents based on years of laser industry, from different product designs to operation experiences, and also be able to meet the special needs of customers to the greatest extent and cost control.
The main products are the fiber laser source, laser diode, fiber cleaver&fusion splicer, and the fiber laser cutting, welding, cleaning and marking processes machines. We also supplies different kinds of solutions based on laser cladding, laser additive manufacturing and other applications. Meanwhile, adhere to the purpose of full co-operation as firm as the rock, CS is targeting to supply all kinds of professional laser equipment, optical, electromechanical, mechanical accessories to any laser equipment distributors, integrators and end users.