Medical: Power Delivery

From brain tumor ablation to leg vein treatment, OFS optical fiber solutions help the medical industry address human medical needs on a daily basis.

Our HCXtreme® Optical Fiber technology addresses the problem of fiber failure due to tight bending under high peak power. In testing down to a 5 mm bend diameter, HCXtreme fibers continued to transmit power without breakage.

Related Applications & Procedures

  • Kidney stone ablation
  • BPH
  • Laser Lipolysis
  • Pulmonary Vein Ablation
  • Laser Hair Removal

Biocompatible Fibers with ETFE Buffer for Power Delivery Applications

Item Name Diameter in µm NA Item #
Core Clad Coating Buffer
200-22-HCX Fiber 200 240 270 375 0.22 F26445
272-22 HCX Fiber 272 299 330 400 0.22 F24748
365-22 HCX Fiber 365 400 430 550 0.22 F18940
365-22 HCL Fiber 365 400 430 550 0.22 BF05147
550-22 HCL Fiber 550 600 630 750 0.22 CF01493-53
940-22 HCL Fiber 940 1000 1035 1400 0.22 CF01493-54

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Aerospace & Defense: Directed Energy

Fiber Laser technology for defense applications is advancing rapidly due to advantages over solid state lasers. Fiber Lasers offer features that are critical to the Directed Energy platform.  OFS offers a broad line of high-performance fiber laser components such as High Power CoolMode™ Pump Combiners, High Power CoolMode™ Pump Signal Combiners, and DirectAMP™ Fiber Amplifiers for Laser Weapon Systems.

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Industrial: Material Processing

Fiber Laser Building Blocks manufactured by OFS for the material processing industry are scalable from 500W to multi-KW applications. These proprietary, all-fiber solutions allow manufacturers to build their own custom fiber laser systems.

 

The OFS product line includes the TrueMode™ Fiber Laser Cavity and the TrueM2™ Beam Combiner. The TrueMode Fiber Laser Cavities package Ytterbium resonators with matching power combiner configurations and can produce up to 1 kW of true single-mode output when using your diode of choice; diodes are commercially available or can be built to a customer’s in-house design. Our single-mode design ensures optical-to-optical efficiency and high beam quality.

 

Our cavities fall into two performance categories: TrueMode-SP and TrueMode-kW. The TrueMode-SP reaches up to 550W of output power for use in 500W applications. It has eight pump ports and is designed for use with diodes that deliver more than 100W of pump power. The TrueMode-kW has 36 pump ports and is suited for use with diodes with more than 50W of pump power. Although designed for kW use, multi-kW levels may be reached when the TrueMode-kW cavity is used with our TrueM2 Beam Combiners.

 

OFS TrueM2™ Beam Combiners are ideal for modular building and spare provisioning needs. These combiners offer the option of building with our matching TrueMode™ Fiber Laser Cavity, or combining existing fiber lasers with matching output.

 

The OFS family of TrueLase™ Active and Passive LMA Double Clad Optical Fibers is an ideal tool for integrated high power fiber lasers and amplifiers. Our fibers combine high clad absorption, precision matched mode field diameter designs, and unprecedented manufacturing control ensuring easy integration across the entire laser architecture. All TrueLase optical fibers utilize the latest TrueClad low index polymer coating specially engineered to ensure superior reliability & performance in the most demanding of environments. Two versions of TrueLase optical fibers are available: 10/130 Active and Passive LMA Double Clad Optical Fibers and 12/250 Active and Passive LMA Double Clad Optical Fibers.

Learn More

To learn more about OFS fiber laser components and solutions or to discuss how we can customize a high power solution for you, reach out to the team today. We’re here to answer any questions you may have.

Knowledge Base

Our scientists and engineers create the products and solutions that become industry standards. We publish their results and most important publications on our website.Knowledge Base Ebook

 

They discuss a wide variety of topics ranging from our suggested solutions to technical problems to breakthroughs in numerous products.

 

Visit Our Knowledge Base