RBA-Series Diode-Pumped Nd:YAG Laser Modules  (10W - 100W)

(RB Plus Series)

The RBA-Series diode pumped laser module has quickly become an industry standard; thousands of these workhorse components are in use around the world.  They have proven themselves to be a reliable, high-performance component in DPSS laser systems.  The RBA is a second-generation model that includes new features that make it even easier to integrate and service.  The RBA Diode-Pumped Laser Module is offered at power levels up to 100 Watts in a simple, compact, and affordable package. 

The RBA module is an ideal building block in the development or production of medium power rod laser systems, conversion of existing lamp-based laser designs to diode-pumping, or retrofit of existing arc lamp hardware to provide more stable and reliable operation. 

The pump module is completely maintenance-free. It incorporates a Nd:YAG laser rod that is efficiently pumped by a radial array of long life laser diode bars, and delivers excellent gain uniformity and lensing performance. It is ideally suited for multimode applications such as laser marking, and can also provide high beam quality for more precise micro-machining and scientific applications. 

The RBA is driven by low voltage electronics.  Cooling of the laser is accomplished with a simple recirculating water chiller running on filtered water, eliminating the need for deionized water systems.

¹ Rod length is 63 mm with flat/flat faces and 0.6% Nd doping

² Rod length is 73 mm with flat/flat faces and 0.6% Nd doping

³ Rod length is 83 mm with flat/flat faces and 0.6% Nd doping

⁴ Minimum 1064 nm multi-mode output in a short cavity (165 ± 5 mm, 0.75mCC HR/flat 80%R OC, 90%R for RBA20-0.33C4) CW oscillator, at a maxiumum 25A drive current, arrangement at delivery.

⁵ Required voltage at the pump head stated w/o consideration for inefficiencies in the electrical system. Your DC power supply should be oversized by 30% to allow for these inefficiencies.

**Pulsed versions available.

The RBA GOLD is the third generation of diode-pump solid state modules.  Complementing the popular RB Plus family of modules, the RBA Gold has all the same features as the RB Plus with an additional integrated circuit board that protects against all major premature failure mechanisms.  The RBA Gold features build-in sensors for the monitoring of the diode array and ambient temperatures, humidity as well as warnings for coolant leaks, over current and over voltage problems.  These CEO proprietary protection features set a new precedent in the laser industry enabling OEM's to protect their investments and minimize risk.  In addition every RBA Gold pump module comes standard with an unrivaled 3-year warranty.

The RBA Gold family of DPSS modules is offered at power levels up to 100 Watts in a simple, compact, and affordable package.  It is also an ideal building block in the development or production of medium power rod laser systems, conversion of existing lamp-based laser designs to diode-pumping, or retrofit of existing arc lamp hardware to provide more stable and reliable operation.

The pump module is completely maintenance-free.  It incorporates a Nd:YAG laser rod that is efficiently pumped by long life laser diode bars, and delivers excellent gain uniformity and lensing performance.  It is ideally suited for multimode applications such as laser marking and can also provide high beam quality for more precise micro-machining and scientific applications.

The RBA Gold is driven by low voltage electronics.  Cooling of the laser is accomplished with a simple recirculating water chiller running on filtered water, eliminating the need for deionized water systems.

¹ Rod length is 63 mm with flat/flat faces and 0.6% Nd doping

² Minimum 1064 nm multimode output in a short cavity (165 ± 5 mm, 0.75mCC HR/flat 80%R OC) CW oscillator, at a maximum 25A drive current, arrangement at delivery.

³ Required voltage at the pump head stated w/o consideration for inefficiencies in the electrical system. Your DC power supply should be oversized by 30% to allow for these inefficiencies.

The RD Series Laser Module delivers the reliability and performance of diode pumping to high power industrial and scientific laser systems, virtually eliminating the downtime experienced by older lamp-based laser technologies. Drive your laser system to greater than 150 watts of CW power.

You can use this reliable and efficient pump cavity to serve as the "engine" in new laser system development and production, or to convert your existing lamp-based designs to state-of-the-art diode pumping. The module efficiently pumps a Nd:YAG laser rod by radial arrays of efficiently coupled long lifetime laser diode bars, and delivers good pump uniformity and stable lensing performance. The laser module is powered with low voltage from a reliable solid-state driver, and cooled by re-circulating filtered water from a simple chiller system. Installations need only single phase input power, and central cooling water is not required.

The pump head is excellently suited for high power multi-mode laser installations, such as deep engraving, drilling and micro welding, and can also provide the high stability and beam quality required for higher power TEMoo installations.

¹   Rod length is 116 mm with flat/flat faces and 0.6% Nd doping

²  Minimum 1064 nm multi-mode output in a short cavity (280 ± 5 mm flat HR/flat 90%R OC) CW oscillator arrangement at delivery.

³   Max current is 38A. Required voltage at the pump head stated w/o consideration for inefficiencies in the electrical system.

** Pulsed versions available.

The RE Series Laser Module delivers the reliability and performance of diode pumping to high power industrial and scientific laser systems, virtually eliminating the downtime experienced by older lamp-based laser technologies. Drive your laser system to greater than 450 watts of CW power @ 1064nm.

You can use this reliable and efficient pump cavity to serve as the "engine" in new laser system development and production, or to convert your existing lamp-based designs to state-of-the-art diode pumping. The head efficiently pumps a Nd:YAG laser rod by radial arrays of efficiently coupled long lifetime laser diode bars, and delivers good pump uniformity and stable lensing performance. The laser module requires less than 160 VDC diode bias from a reliable solid-state driver, and is cooled by re-circulating filtered water from a simple chiller system. Central cooling water is not required.

¹  Rod length is 146mm with -1m radius of curvature end faces and 0.6% Nd doping.

² Minimum 1064 nm multi-mode output in a short cavity (280 ± 5 mm flat HR/flat 70%R OC) CW oscillator arrangement at delivery. Nominal Drive Current 25A.

³  Max current is 38A. Required voltage at the pump head stated w/o consideration for inefficiencies in the electrical system.

**  Pulsed versions available.

RGA-Series Diode-Pumped Nd:YAG Laser Modules  (1kW CW Module)

The RGA Series Laser Module delivers the reliability and performance of diode pumping to high power kilowatt industrial and scientific laser systems, virtually eliminating the downtime experienced by older lamp-based laser technologies. Drive your laser system to greater than 1kW of CW power @ 1064nm.

You can use this reliable and efficient pump cavity to serve as the "engine" in new laser system development and production, or to convert your existing lamp-based designs to state-of-the-art diode pumping. The head efficiently pumps a Nd:YAG laser rod by radial arrays of efficiently coupled long lifetime laser diode bars, and delivers good pump uniformity and stable lensing performance. The laser module requires ~ 300 VDC diode bias from a reliable solid-state driver, and is cooled by re-circulating filtered water from a simple chiller system. Central cooling water is not required.

¹ Rod length is 195mm with flat/flat end faces and 0.6% Nd doping

² Minimum 1064 nm multi-mode output in a short cavity (400 ± 5 mm flat HR/flat 70%R OC) CW oscillator arrangement at delivery.

³ Max current is 32A. Required voltage at the pump head stated w/o consideration for inefficiencies in the electrical system.

** Pulsed version available

DPM Series Diode Laser Modules

Features：

• High output

• High optical-optical conversion efficiency

• Reliable sealing

• Long life time

• Compact

• Low prices

Output Laser Power vs Current of DPM50:

Remark: cooling water temperature: 20^oC, flat-flat resonator, resonator length 165mm, transmission of output coupler 20%, height of beam is 40mm.

Cooling Requirements of DPM50:

Cooling capacity: >1000W

Temperature:       5-35^oC

Accuracy:           <±0.5 ^oC

Resolution:          0.1 ^oC

Water pressure: 2.5kg

Flow rate:          5litre/minute

Water:              distilled water

Filter:                5um

Or use our chiller PH-PW16-PF