High-performance fiber amplification solutions

Gain Modules

Engineered for High-Power Stability

Discover Each Product in Detail:

Ampliconyx gain modules are designed for high-power ultrafast laser systems operating in demanding scientific and industrial environments. Covering both 1 µm and 2 µm wavelength ranges, they provide robust optical amplification with high stability, excellent beam quality, and efficient power scaling.

Each module is engineered to serve as a reliable gain stage within complex laser architectures, enabling consistent performance even under extreme operating conditions where noise, nonlinear effects, and beam degradation must be minimized.

Laser amplification at extreme power levels

Gain Module AMPX-TGM

Breaks the Limits of Conventional Fiber Amplifiers

AMPX-TGM is a high-power, water-cooled Yb gain module with dual-stage pumping, integrated ASE filtering, and patented tapered double-clad fiber technology. Engineered to overcome the scaling limitations of conventional fiber amplifiers, it delivers clean, stable ultrafast pulse amplification up to 650 W average power and
2 MW peak power without beam degradation or ASE-related noise, maintaining near-diffraction-limited beam quality even at extreme power levels.

Main Application Areas: The AMPX-TGM is built for the most demanding short-pulse applications in science, industry, and aerospace – its patented tapered double-clad fiber technology delivers tested average powers up to 650 W and peak powers up to 2 MW at near-diffraction-limited beam quality (M² < 1.4).
Typical Industries: Designed for scientific research and advanced industrial manufacturing requiring both high average and peak power, the AMPX-TGM overcomes the limitations of standard fiber amplifiers – beam degradation and ASE noise – through a dual pumping scheme, integrated spatial filter, and ~75% slope efficiency in a single turn-key module.

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Average Output Power:
Up to 650 W
Peak Power:
Up to 2 MW
Beam Quality (M²):
Typically 1.2 (M² < 1.4)
Slope Efficiency:
~ 75 %

View Data Sheet

Technical Specs

PARAMETER	VALUE
Input Signal Power:	10-300 mW (typically 50 mW)
Wavelengths:	1030 / 1040 / 1070 nm
Input Fiber:	Standard 10/125 PM fiber (others on request)
Polarization:	Polarization-maintaining (PM)
Dimensions:	811 × 427 × 115 mm

Specifications are subject to change due to ongoing product improvements.

Why Choose TGM

AMPX-TGM delivers industry-leading average and peak power performance in a highly integrated package. Its patented ytterbium-doped tapered double-clad fiber technology, dual pumping scheme, and integrated spatial filter enable high-power ultrafast pulse amplification while maintaining excellent beam quality and suppressing ASE.

Core advantages:

Patented T-DCF technology: Ytterbium-doped tapered double-clad fiber enables large mode areas and high power handling.
Dual pumping scheme: Built-in pump diodes for forward pumping alongside a dedicated input for backward pumping maximize output power.
Integrated spatial filter: Located at the amplifier output to remove unwanted ASE radiation, ensuring a clean output signal at high power levels.
Exceptional conversion efficiency: A slope efficiency of approximately 75% ensures highly effective energy conversion, reducing waste heat.
Active thermal monitoring: Built-in thermistors for real-time temperature monitoring of pump diodes and gain fiber ensure long-term operational stability.

In short: Industry-leading average and peak power, excellent beam quality, and integrated spectral cleaning – engineered for the most demanding ultrafast laser applications.

Integration Requirements

AMPX-TGM is designed for integration into high-power ultrafast laser systems requiring significant power scaling and excellent beam quality. The following requirements apply:

Type of Systems: High-power ultrafast laser systems requiring significant power scaling and excellent beam quality.
Operation Mode: Optimized for demanding short pulse applications.
Space / Footprint: Dimensions are 811 × 427 × 115 mm.
Thermal Management: Rigid, water-cooled metal housing requiring a water flow of 5–10 l/min.
Input Fiber: Standard 10/125 PM fiber; other fiber types available on request.
Monitoring: Built-in thermistors for pump diodes and gain fiber temperatures
Customization: Can be tailored to match specific customer needs, including choice of integrated pump diodes and signal fibers.

Its dual pumping scheme and integrated spatial filter significantly reduce the complexity of building high-power ultrafast laser systems.

FAQ

How does this differ from the TGMC module?

The TGM is a more integrated version of the TGMC that includes built-in forward pumping and a spatial filter for higher power output.

What is the expected output with my specific seed laser?

While the output is specified at 650 W for a 90 mW / 20 MHz / 50 ps input, final power levels may vary based on your actual seed parameters.

Is it possible to monitor the system’s health during operation?

Yes, the module features built-in thermistors for real-time temperature monitoring of the gain fiber and pump diodes.

Related Info

All-in-one laser amplification for short-pulse applications

Gain Module AMPX-TGMD

Integrated Performance Without Complexity

AMPX-TGMD is an all-in-one, water-cooled Yb gain module with integrated pump diodes and patented T-DCF technology. It is designed for high-power short-pulse amplification up to 140 W average power while maintaining single-mode beam quality and minimizing nonlinear effects. Its fully integrated architecture eliminates the complexity, cooling challenges, and beam degradation risks associated with conventional multi-component fiber amplifier systems, providing a fully tested, ready-to-use solution.

Main Application Areas: The AMPX-TGMD is designed for high-power laser systems in science, industry, and aerospace that demand the highest level of component integration – its patented T-DCF technology delivers 140 W at single-mode beam quality (M² typically 1.2) within a single rigid, water-cooled housing.
Typical Industries: Built for scientific research and industrial manufacturing requiring high-power short pulses, the AMPX-TGMD consolidates integrated pump diodes, patented T-DCF gain fiber, and active thermistor monitoring into one fully tested, ready-to-use unit – eliminating the cooling complexity and beam degradation risk of traditional multi-component assemblies at 72% slope efficiency.

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Average Output Power:
Up to 140 W
Mode Field Diameter (MFD): 25-35 µm
Beam Quality (M²):
Typically 1.2 (range: 1.0-1.3)
Wavelengths:
1030 / 1040 / 1065 nm

View Data Sheet

Technical Specs

PARAMETER	VALUE
Input Signal Power:	10-300 mW (typically 100 mW)
Input Fiber:	Standard PM980-XP (others on request)
Dimensions:	342 × 330 × 58 mm
Slope Efficiency:	~ 72 %

Specifications are subject to change due to ongoing product improvements.

Why choose TGMD

AMPX-TGMD is a fully integrated, turn-key gain solution that consolidates pump sources and gain medium into a single water-cooled unit. Its patented tapered double-clad fiber technology and all-in-one design dramatically simplify the assembly of high-power short-pulse laser systems.

Core advantages:

All-in-one integration: Built-in pump diodes directly in the module provide the highest level of integration for ready-to-use performance.
Patented T-DCF technology: Ampliconyx’s tapered double-clad fiber achieves a large mode area and low non-linear effects.
Rigid water-cooled housing: Engineered to manage the heat of both the gain fiber and integrated pump diodes in a stable platform.
Plug-and-play performance: Ready-to-splice seed input and integrated pump diodes dramatically simplify high-power laser system assembly.
Customizable: Can be designed and assembled to match specific customer needs, including specific pump diode requests.

In short: Maximum integration, excellent beam quality, and demanding pulse capabilities – engineered for high-power short-pulse applications.

Integration requirements

AMPX-TGMD is designed for high-power laser systems demanding the highest level of component integration. The following requirements apply:

Type of Systems: High-power laser systems demanding the highest level of component integration.
Operation Mode: Optimized for demanding short pulse applications.
Space / Footprint: Dimensions are 342 × 330 × 58 mm.
Thermal Management: Rigid metal housing requiring a water flow of 5–10 l/min.
Input Fiber: Standard PM980-XP; other fiber types available on request.
Monitoring: Integrated thermistors monitor operating temperatures of pump diodes and gain fiber.

Its all-in-one design reduces system footprint and complexity by consolidating pump sources and gain medium into a single water-cooled unit.

FAQ

How does this differ from the TGMC module?

The TGM is a more integrated version of the TGMC that includes built-in forward pumping and a spatial filter for higher power output.

What is the expected output with my specific seed laser?

While the output is specified at 650 W for a 90 mW / 20 MHz / 50 ps input, final power levels may vary based on your actual seed parameters.

Is it possible to monitor the system’s health during operation?

Yes, the module features built-in thermistors for real-time temperature monitoring of the gain fiber and pump diodes.

Related Info

Laser amplification at high power

Gain Module AMPX-TGMC

Outstanding Beam Quality · Easy Integration · High Efficiency

AMPX-TGMC is a ready-to-splice Yb gain module for ultrafast laser amplification up to 100 W, designed to eliminate the complexity, alignment risk, and thermal management challenges associated with bare-fiber assembly at high power levels. It delivers high efficiency and simple integration in a robust, fully tested package.

Main Application Areas: The AMPX-TGMC is the ready-to-splice gain stage for high-power ultrafast laser systems in science, industry, and aerospace – its patented tapered double-clad fiber minimizes nonlinear effects while the rigid metal housing and integrated thermistors ensure stable, long-term operation.
Typical Industries: Built for scientific research labs and industrial laser manufacturers, the AMPX-TGMC eliminates the core integration challenge, assembling and precisely aligning bare fibers at 100 W, by delivering a fully tested, plug-and-play gain unit with a demonstrated slope efficiency of 73.4% and M² typically 1.1, complete with test report.

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Average Output Power:
Up to 100 W
Mode Field Diameter (MFD): 26-35 µm
Beam Quality (M²):
Typically 1.1 (range 1.0-1.3)
Wavelengths:
1030 / 1040 / 1065 nm

View Data Sheet

Technical Specs

PARAMETER	VALUE
Input Signal Power:	5-30 mW
Pump Wavelength:	976 nm
Input Fiber:	Standard PM980 XP (others on request)
Dimensions:	342 x 330 x 38 mm (rigid aluminum housing)
Slope Efficiency:	~ 73.4 %
Pump Power:	Capable of handling up to 200 W

Specifications are subject to change due to ongoing product improvements.

Why choose TGMC

AMPX-TGMC combines high power amplification with excellent beam quality and reliable operation in a ready-to-splice design. Its patented tapered fiber technology enables efficient ultrafast laser amplification up to 100 W while simplifying integration into larger laser systems.

Core advantages:

Ready-to-splice gain module for fast and simple integration.
Patented tapered fiber design for high power handling and large mode area.
Excellent beam quality with single-mode output.
High efficiency for reduced waste heat and improved performance.
Robust housing with thermal monitoring for stable operation.

In short: High power, high beam quality, and easy integration — engineered for demanding ultrafast laser applications.

Integration requirements

The AMPX-TGMC is designed for seamless integration into high-power ultrafast laser systems, offering a ready-to-splice architecture that minimizes assembly complexity while meeting demanding optical and thermal requirements.

Type of Systems: High-power ultrafast laser systems where the user integrates their own pump diodes or incorporates the unit into a larger assembly.
Operation Mode: Optimized for ultrafast pulse amplification (e.g., 50 ps pulses).
Space / Footprint Limitations: Dimensions are 342 x 330 x 38 mm.
Thermal Management Considerations: Features a rigid aluminum housing designed for easy thermal management and includes a water flow requirement (typically 5–10 l/min).
Monitoring: Integrated thermistors for real-time monitoring of pump diodes and gain fiber temperatures.
Vibration or Mechanical Constraints: Packaged in a rigid metal housing for stability.

With its compact footprint, integrated thermal monitoring, and robust metal enclosure, the AMPX-TGMC is engineered to fit reliably into demanding system environments — from scientific research setups to industrial laser assemblies.

FAQ

Can I use different input signal fibers?

The standard input is PM980 XP, but others can be provided upon request.

What is the cooling requirement for 100 W output?

The module is designed for water cooling with a recommended flow rate between 5 and 10 l/min.

Is the module tested before shipping?

Yes, every AMPX-TGMC module is fully tested and arrives with a complete test report.

How does water temperature influences the max gain peak?

XXX

Related Info

Thulium fiber amplification at high power

Gain Module AMPX-TM-TGM

Powerful 2 µm Amplification Without Compromise

AMPX-Tm-TGM is a water-cooled thulium gain module with integrated forward pumping and ASE filtering, designed to overcome nonlinear effects and amplified spontaneous emission limitations in high peak power operation, enabling clean and stable short-pulse amplification in the 2 µm range.

Main Application Areas: The AMPX-Tm-TGM serves demanding applications in science, industry, and aerospace wherever short-pulse amplification in the 2 µm range is required – its patented tapered double clad fiber delivers peak powers up to 5 kW at near-diffraction-limited beam quality (M² < 1.4).
Typical Industries: Designed for advanced photonics research and industrial ultrafast laser development, the AMPX-Tm-TGM’s turn-key architecture – built-in pump diodes, integrated ASE filter, active thermal monitoring – dramatically simplifies the integration of high-power 2 µm systems.

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Average Output Power:
Up to 40 W
Peak Power: Up to 5 kW
Beam Quality (M²):
Typically 1.2 (M² < 1.4)
Wavelengths: 1820-2040 nm; 1950 nm central

View Data Sheet

Technical Specs

PARAMETER	VALUE
Input Signal Power:	10-300 mW (typically 50 mW)
Pump Wavelength:	793 nm
Polarization:	Polarization-maintaining (PM)
Dimensions:	811 × 427 × 115 mm
Slope Efficiency:	~ 51.3 %

Specifications are subject to change due to ongoing product improvements.

Why choose TM-TGM

AMPX-Tm-TGM combines high peak power amplification with low non-linearity and integrated spectral cleaning in a ready-to-splice design. Its patented thulium tapered double clad fiber technology enables efficient short pulse amplification in the 2 µm range while minimizing ASE and simplifying integration into larger laser systems.

Core advantages:

Patented thulium T-DCF: Tapered double clad fiber technology achieves high peak power with low non-linearity.
Integrated forward pumping: Built-in pump diodes for forward pumping alongside backward pump capability reduce system complexity.
Output spatial filter: Strips away ASE radiation at high power levels, ensuring high signal-to-noise ratios.
Exceptional beam quality: Maintains single-mode output (M² < 1.4) even at peak powers up to 5 kW.
Active thermal monitoring: Integrated thermistors for real-time monitoring of pump diodes and gain fiber temperatures ensure long-term operational stability.

In short: High peak power, exceptional beam quality, and integrated spectral cleaning – engineered for demanding short pulse applications in the 2 µm range.

Integration requirements

AMPX-Tm-TGM is designed for integration into high-power ultrafast laser systems requiring thulium-doped amplification in the 2 µm range. The following requirements apply:

Type of Systems: High-power ultrafast laser systems requiring thulium-doped amplification stages.
Operation Mode: Optimized for demanding short pulse applications.
Space / Footprint: Dimensions are 811 × 427 × 115 mm.
Thermal Management: Rigid, water-cooled metal housing requiring a water flow of 5–10 l/min.
Monitoring: Integrated thermistors for real-time monitoring of pump diodes and gain fiber temperatures.
Input Fiber: Typically SM1950 or PM-1950; other fiber types on request.

Its integrated pumping and built-in spectral cleaning significantly reduce the complexity of building 2 µm ultrafast systems.

FAQ

What is the standard input fiber?

The module typically uses SM1950 or PM-1950 fiber, though others can be provided on request.

Can the pump configuration be customized?

Yes, the module can be designed to incorporate specific pump diodes according to customer requests.

What seed parameters were used for the specified 40 W output?

Output power is specified using a 1950 nm seed with 220 mW power, 100 MHz repetition rate, and 70 ps pulse duration.

Related Info

Need the Right Gain Module?

Our gain modules are designed to meet demanding requirements for power scaling, beam quality, and low-noise amplification. Contact our team to discuss your technical specifications and discover the most suitable solution for your laser architecture.

Phone

+358 40 7054772

E-Mail

info@ampliconyx.com

Gain Modules

Engineered for High-Power Stability

Gain Module AMPX-TGM

Breaks the Limits of Conventional Fiber Amplifiers

PARAMETER

VALUE

Input Signal Power:

10-300 mW (typically 50 mW)

Wavelengths:

1030 / 1040 / 1070 nm

Input Fiber:

Standard 10/125 PM fiber (others on request)

Polarization:

Polarization-maintaining (PM)

Dimensions:

811 × 427 × 115 mm

Gain Module AMPX-TGMD

PARAMETER

VALUE

Input Signal Power:

10-300 mW (typically 100 mW)

Input Fiber:

Standard PM980-XP (others on request)

Dimensions:

342 × 330 × 58 mm

Slope Efficiency:

~ 72 %

Gain Module AMPX-TGMC

PARAMETER

VALUE

Input Signal Power:

5-30 mW

Pump Wavelength:

976 nm

Input Fiber:

Standard PM980 XP (others on request)

Dimensions:

342 x 330 x 38 mm (rigid aluminum housing)

Slope Efficiency:

~ 73.4 %

Pump Power:

Capable of handling up to 200 W

Gain Module AMPX-TM-TGM

PARAMETER

VALUE

Input Signal Power:

10-300 mW (typically 50 mW)

Pump Wavelength:

793 nm

Polarization:

Polarization-maintaining (PM)

Dimensions:

811 × 427 × 115 mm

Slope Efficiency:

~ 51.3 %

Need the Right Gain Module?

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