redPOWER® PRISM Multi kW OEM high power Fiber Laser modules, are based on the latest generation Fiber Laser platform, and designed to give system integrators flexibility…

  • Building blocks for high power Fiber Lasers
  • 2kW – 4kW
  • CW kW Fiber Laser


Electronics – Semiconductor
Pharmaceutic - Cosmetic – Medical
Mold - Precision Tool
Mechanism - Machining
Stainless Steel
Copper - Brass



Laser source redPOWER® PRISM Multi kW OEM high power Fiber Laser modules, are based on the latest generation Fiber Laser platform, and designed to give system integrators flexibility when incorporating single or multiple units into an industrial Laser processing system.

Taking advantage of 40 years’ experience, these Laser modules combine single mode beam quality, high efficiency, fast modulation capability with features that allow ease of integration. A matched range of modules enables Laser Processing System integrators to easily build up the high power Fiber Laser source meeting their requirements.



redPOWER® PRISM Multi kW OEM core products comprise a 1kW unit and a multi-port High Power Combiner (HPC) unit. Multi-kW Lasers can be built by combining multiple 1kW units with an HPC unit. A single output fiber from the HPC delivers Laser power to the process tool. As well as containing high power fused components, the HPC also contains a Laser control and interface card.

The system integrator adds value to these basic units by providing the DC Supply, a suitable enclosure, a controlled coolant supply and system level safety control. For this later function we are able to assist with an optional Beam Delivery Interlock Unit (as described below).

Easy Integration

The complete range of units are designed to mount into an industry standard 19” rack mount, giving a consistent look to the final Laser, and facilitating ease of enclosure sourcing.

Laser Modules 

Each 1kW module is in a 3U rack mount case with a single mode output bare ended Fiber allowing straight forward splicing onto the High Power Combiner input port. Combining multiple modules together, allows the system integrator a flexible approach in choosing the desired multi-kW Laser source in logical power steps.

An on-board protection unit provides low level safety and integrity monitoring, plus shut down when required, and interfaces with Fiber Laser control (in the HPC tray).


High Power Combiner unit

The High Power Combiner (HPC) unit allows up to six (6) Fiber Laser Modules (FLM) to be combined together into a single beam delivery fiber.

The HPC unit is designed to allow ease of access to the splice points for joining the individual single mode fibers from each Fiber Laser module onto the multi-way fused fiber combiner. These can be accessed with the HPC still mounted into its rack support cabinet.

The HPC Unit contains our standard Fiber Laser Control Card. This gives all the benefits of multiple control interfaces, integrated pulse generator, and the ability to use our comprehensive and flexible FiberView GUI control software.

An optional visible pointing diode is available, providing a red beam from the main delivery Fiber to indicate the Laser working position.

The delivery fibers use our patented Plug In Pre- Aligned (PIPA) ‘Luminator’TM termination with integrated Back Reflection protection for direct use in a range of process tools. The delivery fibers feature antireflection (AR) coated output faces for maximum transmission of Laser power to the workpiece, and are available with 50μm or 100μm core diameters and a range of fiber lengths.

Beam Delivery Interlock (BDI) Unit

The Beam Delivery Interlock (BDI) Unit is offered as an option to help system builders with integrating the Laser source into the system level safety control architecture.

The BDI unit is designed to be used with DC PSUs having an enable/disable input signal, and a dual channel, cross checked electromechanical safety relay controlling the PSU mains input contactors.

When correctly integrated into a system, the BDI will monitor the work chamber doors and emergency stop circuits and ensure that the Fiber Laser is in a safe state when required, and cannot be enabled until the system safety interlocks are in the correct state.




1. Constant Temperature
2. Beam Parameter Product = beam radius x half
angle divergance
3. At Maximum 30ºC Temperature
Terms and conditions
Some specific combinations of product specifications and optional accessory may not be available. These Lasers are designed as
units for incorporation or integration into other equipment. All product information is believed to be accurate and subject to change
without notice. A complete product specification will be issued on request and also at time of order acknowledgement. The user
assumes all risks and liability whatsoever in connection with the use of the product or its application.


  • Lowest cost Laser for high volume manufacturers
  • Opportunity for OEMs’ to add value. More than a Laser reseller
  • We offer OEMs’ training for field servicing of modules (including delivery fiber)
  • High stability, repeatability & reliability



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