ARM™ – New possibilities in materials processing

ARM™ (Adjustable Ring Mode) is a special fiber laser that enables a totally new era for fiber laser materials processing. Ring mode technology broadens customer’s possibilities by allowing processing thin and thick products up to 30 mm with same laser. With Corelase patented technology ARM creates dynamic on-the-fly adjustable beam profile to the output of the laser that enables revolutionary benefits. ARM is designed for processing highly reflective materials.

Easy integration

Clear customer interfaces with compact design and small footprint makes ARM ideal to be integrated into a variety of new or existing high quality cutting and welding machines. Advanced five-step back reflection resistance system enables processing of sensitive and tough materials.

All-fiber design

ARM allows the independent power control and modulation of two coaxial laser beams in the same fiber simultaneously. ARM technology is all-fiber design with high output power, as standard up to 8kW and without moving parts.

BENEFITS
● Dynamically adjusted beam profile to fit variety of demands of material processing
● Designed for processing highly reflective materials such as stainless steel, copper, brass and aluminium
● Easy integration for existing systems

FEATURES
● High output power
● Based on up to 2 kW single oscillator
● Advanced back reflection resistance system

News

  • Corelase was awarded ISO9001:2015 Certificate

    The Corelase Quality Management System audit at the end of June was a success and was performed according to the newest ISO9001:2015 standard. The awarded certificate can be found here. …Read More »
  • Precisely for customers

    Corelase underlines that innovation is customer service. Corelase is an expert of quality turnkey laser technology. The company emphasizes that the most important thing in their business is about listening …Read More »

Events

2016 Japan International Welding Show, Osaka, Japan

13th to 16th April 2016

Laser World of Photonics, Munich, Germany

26th to 29th June 2017

ALL EVENTS