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Precision Laser Micro-Cutting of Medical Stents and Tubes

For precision medical applications, the Sigma Fiber Laser Stent and Tube Cutting System from Amada Miyachi can be outfitted with either single mode fiber laser or femtosecond laser and features high speed linear motors, the latest generation digital controller to minimize tool path cycle time.

Posted: April 8, 2019

The Sigma Fiber Laser Stent and Tube Cutting System from Amada Miyachi features high speed linear motors, the latest generation digital controller to minimize tool path cycle time, and can be outfitted with either a single mode fiber laser for fast and stable laser micro-cutting in an operator-orientated system that maximizes user ease and efficiency, or a femtosecond laser for best-in-class cut quality using cold ablation cutting to produce unrivalled edge quality that significantly reduces post processing costs.

For precision laser micro-cutting of medical stents and tubes, the Sigma Fiber Laser Stent and Tube Cutting System from Amada Miyachi, Inc. (Monrovia, CA) features high speed linear motors and the latest generation digital controller minimizes tool path cycle time. It can be outfitted with either single mode fiber laser or femtosecond laser. The single mode fiber laser enables a fast and stable laser micro-cutting process and an operator-orientated system design maximizes user ease and efficiency. The Sigma with a femtosecond laser provides best-in-class cut quality using cold ablation cutting to produce unrivalled edge quality that significantly reduces post processing costs. This system was recognized with a 2018 GOOD DESIGN® Award for increasing the accuracy of laser cuts for micrometal tubing, allowing for greater precision and smaller features in the production of medical stents.

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Amada Miyachi, Inc., 1820 South Myrtle Avenue, Monrovia, CA 91016, 626-303-5676, Fax: 626-599-9636, www.amadamiyachi.com.