Femtosecond & picosecond pulses for precise micromachining

Pulsed Fiber Lasers

High-Stability Pulsed Fiber Lasers for Precision Photonics

Pulsed fiber lasers are essential for photonic systems requiring precise temporal control, spectral stability, and high beam quality. Operating in picosecond and nanosecond regimes, they enable applications such as spectroscopy, LIDAR, precision micromachining, time-resolved analysis, and advanced sensing.

As system requirements increase, conventional laser architectures often reach limits in synchronization accuracy, environmental stability, spectral purity, and OEM integration – particularly when moving from laboratory setups to industrial or field environments.

Ampliconyx pulsed fiber laser platforms address these challenges with application-specific fiber-based architectures that integrate pulse generation, amplification, thermal management, and control electronics into compact, system-ready modules. This ensures stable performance, narrow spectral characteristics, and reliable operation under real-world conditions.

The portfolio spans the full pulsed laser chain – from seed sources to picosecond, nanosecond, and high-stability IR and green systems. Flexible synchronization and OEM-ready interfaces enable seamless integration into complex optical systems.

Across spectroscopy, LIDAR, micromachining, seeding, and time-resolved applications, Ampliconyx pulsed fiber lasers deliver the precision, stability, and robustness required for demanding photonic systems.

Pulsed Picosecond Laser

Key Features:

Average Output Power:
Up to 150 mW at 20 MHz
Wavelengths:
1030 / 1040 / 1064 nm (±2 nm)
Narrow Linewidth:
~100 pm (FWHM)
Pulse Duration:
20 ±5 / 60 ±20 ps (FWHM)

Typical Applications: Fiber laser seeding, frequency-doubling, science, and sensing

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Pulsed Nanosecond Laser

Green Picosecond Laser

GS Picosecond Laser

IR Picosecond Laser

High-power narrow-linewidth seed laser for IR applications

Pulsed Picosecond Laser
AMPX-PW-LP-IR Series

Maintains Spectral Purity and Minimizes Nonlinear Effects

AMPX-PW-LP-IR is a high-power, narrow-linewidth pulsed fiber seed laser available in multiple IR wavelengths, designed to maintain spectral purity where conventional seed lasers broaden in linewidth as output power increases. Delivering ≤100 pm linewidth at up to 150 mW average power, with precise pulse durations and a polarization-maintaining single-mode output, it provides reliable seeding for high-gain fiber amplifiers and frequency-converted laser systems while helping to minimize nonlinear effects in downstream stages.

Main Application Areas: Built for fiber laser seeding, frequency-doubling, science, and sensing, the Pulsed Picosecond Laser maintains a narrow linewidth of ≤100 pm even at output powers up to 150 mW — preventing the non-linear effects in downstream amplification stages where standard seed lasers lose spectral purity as power increases.
Typical Industries: The go-to seed source for scientific research and laser manufacturing, this series combines a standardized multi-wavelength platform at 1030, 1040, and 1064 nm with user-selectable repetition rates (1 or 20 MHz), single-mode linearly polarized output (PER ≥ 15 dB), and full USB control — spectral purity, flexibility, and OEM integration in one package.

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Average Output Power:
Up to 150 mW at 20 MHz
Wavelengths:
1030 / 1040 / 1064 nm
Narrow Linewidth:
~100 pm (FWHM)
Pulse Duration:
20 ±5 / 60 ±20 ps (FWHM)

View Data Sheet

Technical Specs

PARAMETER	VALUE
Beam Quality:	Single-mode with linear polarization
Repetition Rate:	User-controlled at 1 / 20 MHz
Polarization Extinction Ratio (PER):	≥ 15 dB
Output Fiber:	PM980 standard (PM1060L on request)
Dimensions:	470 x 270 x 123 mm

Specifications are subject to change due to ongoing product improvements.

Why Choose

AMPX-PW-LP-IR combines high average output power with a narrow spectral linewidth optimized to prevent non-linear effects in subsequent amplification stages. Its standardized multi-wavelength platform, precise pulse control, and USB computer interface make it an ideal master oscillator for high-power fiber laser systems and frequency-converted setups.

Core advantages:

Narrow linewidth at high power: Maintains spectral bandwidth ≤100 pm even at elevated output levels, preserving spectral purity for downstream amplification.
Multi-wavelength platform: Standardized architecture available at 1030, 1040, and 1064 nm for versatile system design.
Precise pulse control: Fixed picosecond pulse durations (20 ps or 60 ps) optimized for high-efficiency seeding.
Versatile repetition rate: User-selectable at 1 MHz or 20 MHz to match different application requirements.
Computerized integration: Full control via USB interface for automated system management.

In short: High power, narrow linewidth, and precise pulse control — engineered as a reliable seed source for high-gain fiber amplifiers and frequency-doubling applications.

Integration Requirements

The Pulsed Picosecond Laser is designed for integration as a master oscillator in high-power fiber laser systems or frequency-converted setups. The following requirements apply:

Type of Systems: Master oscillator (seed source) for high-power fiber laser systems or frequency-converted setups.
Operation Mode: Pulsed (picosecond); pulse duration 20 ps or 60 ps.
Space / Footprint: Dimensions are 470 × 270 × 123 mm.
Power Supply: 12–24 VDC, low power consumption (≤12 W).
Cooling: Passive or water cooling.
Synchronization: SMA external trigger input (3.3 VDC) and external sync output (1 VDC) for integration with other system components.
Control: USB interface for computer or automated system management.

Its low power consumption, passive or water cooling options, and USB controllability simplify integration into both laboratory and OEM environments.

FAQ

Can I request a specific fiber type for the output?

Yes, while PM980 is standard, PM1060L is available upon request.

Is it possible to increase the output power above 10 mW at 1 MHz?

Yes, higher power is available on request, though it may result in a spectral bandwidth (FWHM) exceeding 100 pm.

How do I synchronize the laser with my other equipment?

The system includes dedicated SMA connectors for external trigger input (3.3 VDC) and external sync output (1 VDC).

Related Info

Compact nanosecond laser with tunable pulse width

Pulsed Nanosecond Laser
AMPX-NsL

Complete Electronic and Optical Solution in One Compact Unit

AMPX-NsL is a compact nanosecond laser that overcomes the limitations of standard pulsed sources by integrating pulse generation, thermal management, and control electronics into a single module – delivering stable, tunable nanosecond pulses with full computer control and precise external synchronization.

Main Application Areas: Designed for spectral analysis, LIDAR, and scientific research, the Pulsed Nanosecond Laser delivers the precise synchronization and pulse control these applications require — tunable pulse durations from 0.5 to 3.0 ns, repetition rates from single shot to 20 MHz, and a dedicated synchronization output for tight integration into complex optical systems, all in a 157 × 100 × 30 mm footprint.
Typical Industries: Purpose-built for aerospace, industry, and science, the Pulsed Nanosecond Laser eliminates the multi-component complexity standard pulsed sources cannot avoid — by consolidating pulse generation, PID TEC control, and full computer/microcontroller interface for power, repetition rate, and temperature management onto a single board, powered by a single 12 VDC supply

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Average Output Power:
Up to 40 mW
Wavelengths: 980 / 1030 / 1040 / 1064 / 1550 nm
Repetition Rate: Pulse-on-demand up to 20 MHz
Pulse Duration:
0.5 to 3.0 ns

View Data Sheet

Technical Specs

PARAMETER	VALUE
Output:	Fiber coupled
Power Supply:	Single 12 VDC source
Dimensions:	157 × 100 × 30 mm

PARAMETER

VALUE

Output:

Fiber coupled

Power Supply:

Single 12 VDC source

Dimensions:

157 × 100 × 30 mm

Specifications are subject to change due to ongoing product improvements.

Why Choose

AMPX-NsL provides a complete electronic and optical solution in a single compact unit. Its tunable pulse width, integrated PID TEC control, and on-board driver circuitry allow direct computer control of all critical parameters – simplifying integration into optical systems that require precise synchronization.

Core advantages:

Tunable pulse duration: Pulse widths adjustable from 0.5 to 3.0 ns to match diverse experimental needs.
Integrated PID TEC control: Bidirectional thermoelectric cooler controller (3 A / 5 V) ensures consistent laser performance by maintaining the temperature set point.
High-efficiency power management: All required internal voltages are generated on-board from a single 12 VDC input using switching power supplies.
Flexible triggering: Supports internal clock generation and external TTL-compatible triggering from single shot to 20 MHz.
Automated control: Full compatibility with computer or microcontroller interfaces for remote management of power, repetition rate, and temperature.

In short: Tunable nanosecond pulses, integrated thermal management, and complete computer control – in a compact, easy-to-integrate package.

Integration Requirements

AMPX-NsL is designed for integration into optical systems requiring precise synchronization with other components. The following requirements apply:

Type of Systems: Optical systems requiring precise synchronization with other components.
Operation Mode: Pulsed (nanosecond), tunable pulse duration from 0.5 to 3.0 ns.
Space / Footprint: Compact dimensions of 157 × 100 × 30 mm.
Power Supply: Single 12 VDC source; all internal voltages generated on-board.
Thermal Management: Managed by the integrated bidirectional PID TEC controller.
Triggering & Synchronization: External TTL-compatible trigger input (single shot to 20 MHz); dedicated synchronization output for other components.

Its compact footprint and single 12 VDC power requirement simplify integration into existing industrial or research platforms.

FAQ

Can I trigger the laser externally?

Yes, the laser features a TTL-compatible input for external triggering from single shot up to 20 MHz.

What fiber options are available?

Standard options include PM fiber, though other fiber and connector types (e.g., FC/APC) can be specified during ordering.

Does it require a complex power supply?

No, the driver circuitry is designed to operate from a single, standard 12 VDC power source.

Related Info

Portable laser for high-resolution analytical applications

Green Picosecond Laser
AMPX-PICO-532/100/1

Enabling Precise Raman and Time-Resolved Analysis Beyond the Lab

Where compact ultrafast laser sources fail due to spectral broadening, vibration sensitivity, and insufficient stability in real-world environments, the Green Picosecond Fiber Laser overcomes these limitations with its tapered double-clad fiber architecture, delivering up to 1.5 W average power and 1.5 µJ pulse energy at 50 or 100 ps pulse duration – in a compact, field-deployable platform designed for demanding analytical applications.

Main Application Areas: Optimized for Raman spectroscopy, time-resolved analysis, and scientific research, the Green Picosecond Fiber Laser delivers where it matters most: patented tapered double-clad fiber technology keeps spectral bandwidth to typically 0.1 nm, while the full-fiber IR amplification scheme ensures vibration-insensitive, consistent performance beyond the lab.
Typical Industries: From mining and biology to medicine and industrial chemical analysis, this laser brings high-resolution analytical performance into the field – its compact form factor (324 × 324 × 166 mm), low environmental sensitivity, and OEM-ready interfaces (Ethernet, RS232, USB) make it fast to deploy in both portable devices and industrial systems.

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Average Output Power: 0.8-1.5 W (typ. 1 W)
Wavelengths: Central Wavelength of 532 nm
Pulse Energy:
Up to 1.5 µJ
Pulse Duration:
50 / 100 ps

View Data Sheet

Technical Specs

PARAMETER	VALUE
Beam Quality (M²):	Typically 1 (max 1.2)
Repetition Rate:	Typically 1 MHz
Spectral Bandwidth:	Typically 0.1 nm (@ 3 dB FWHM)
State of Polarization:	Linear
Output Fiber:	MM 105/125, NA = 0.15
Dimensions:	324 × 324 × 166 mm

Specifications are subject to change due to ongoing product improvements.

Why Choose

AMPX-PICO-532/100/1 combines high temporal and spectral resolution with a compact, portable design and vibration-insensitive full-fiber architecture. Its patented tapered double-clad fiber technology and flexible synchronization options make it the ideal solution for demanding analytical and time-resolved applications.

Core advantages:

Patented tapered double-clad fiber technology: Offers minimal spectral line broadening and high stability.
Full-fiber IR amplification scheme: Provides vibration insensitivity and robust operation across varying environments.
Flexible synchronization: Supports both electrical external synchronization and optical synchronization via residual IR output with minimal delay.
Compact and portable: Compact size of 324 × 324 × 166 mm facilitates integration into mobile and space-constrained devices.
Multiple control interfaces: Ethernet, RS232, and USB interfaces enable fast deployment into existing solutions.

In short: High temporal and spectral resolution, vibration-insensitive design, and flexible synchronization – engineered for portable and OEM analytical laser applications.

Integration Requirements

AMPX-PICO-532/100/1 is designed for both portable devices and industrial OEM system integration. The following requirements apply:

Type of Systems: Portable devices and industrial system OEM integration.
Operation Mode: Pulsed (picosecond), choice of 50 or 100 ps pulse duration.
Space / Footprint: Compact dimensions of 324 × 324 × 166 mm.
Operating Temperature: 15°C to 30°C.
Vibration / Mechanical: Full-fiber IR amplification scheme provides vibration insensitivity for use in varying environments.
Control & Connectivity: Ethernet, RS232, and USB interfaces for PC control and system integration.

Its compact size, vibration-insensitive design, and multiple connection interfaces enable fast deployment into existing portable and OEM solutions.

FAQ

How can the laser be synchronized with my existing system?

The laser offers a flexible synchronization scheme, supporting both electrical external sync and optical synchronization at the residual IR output with minimal delay.

Is the device suitable for use outside of a lab environment?

Yes, the device is designed to be portable with low sensitivity to environmental conditions and high vibration insensitivity.

What interfaces are available for PC control?

The system can be controlled via Ethernet, RS232, and USB.

Related Info

Precision pulsed fiber laser for demanding applications

GS Picosecond Laser
AMPX-GSL-1040

Ultra-Precise Repetition Rate Control

AMPX-GSL-1040 is a highly stable, narrow-linewidth picosecond laser source with adjustable repetition rate, designed for precision seeding, spectroscopy, and sensing applications. Where standard seed lasers fall short on repetition rate control and synchronization flexibility, it delivers stable 50 ps pulse generation with 1 Hz step tunability up to 100 MHz, advanced internal and external triggering, and high beam quality (M² < 1.1) - enabling precise timing control in compact, OEM-ready systems. Main Application Areas: Purpose-built for seeding fiber laser amplifiers, spectroscopy, and sensing, the GS Picosecond Laser delivers the timing accuracy and spectral stability these applications demand – narrow linewidth with linear polarization (PER > 18 dB), M² < 1.1 beam quality, and a repetition rate tunable from single shot to 100 MHz in 1 Hz steps. Typical Industries: The go-to seed source for science, research, and industrial laser manufacturing, the GS Picosecond Laser closes the gaps standard seed lasers leave open – insufficient repetition rate granularity and synchronization flexibility – with dedicated SyncP/SyncN outputs, isolated USB and CAN interfaces, and all of this in a 120 × 110 × 38.5 mm, 0.75 kg package.

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Beam Quality:
M² < 1.1
Wavelengths:
1030 / 1040 / 1064 nm
Repetition Rate: Single Shot – 100 MHz (1 Hz steps)
Pulse Duration:
50 ps (100 mW peak power)

View Data Sheet

Technical Specs

PARAMETER	VALUE
Narrow Linewidth:	Spectral with linear polarization (PER > 18 dB)
Power Consumption:	36 W (DC 12 V supply)
Weight:	0.75 kg
Output Fiber:	PM980 or single-mode fiber with FC/APC (others on request)
Dimensions:	120 × 110 × 38.5 mm

Specifications are subject to change due to ongoing product improvements.

Why Choose

Why choose GS Picosecond Laser AMPX-GSL-1040?

AMPX-GSL-1040 combines ultra-precise repetition rate control with narrow linewidth and excellent beam quality in an exceptionally compact package. Its flexible synchronization architecture and advanced triggering make it the ideal seed source for high-performance fiber amplifier chains and scientific applications.

Core advantages:

Finest repetition rate tuning: Adjustable from single shot to 100 MHz in 1 Hz steps – a level of control many seed lasers cannot match.
Narrow linewidth with high polarization purity: Linear polarization with PER > 18 dB ensures reliable performance in polarization-sensitive systems.
Flexible synchronization: Integrated SyncP and SyncN outputs (Rise/Fall indication) allow exact timing relative to the start and end of emission.
Ultra-compact and lightweight: At just 0.75 kg and 120 × 110 × 38.5 mm, it fits into space-constrained OEM systems and mobile sensing platforms.
Isolated control interfaces: USB and CAN interfaces with electrical isolation ensure stable communication and noise reduction in sensitive lab environments.

In short: High-precision seeding, ultra-fine repetition rate control, and compact design – engineered for demanding scientific and industrial laser applications.

Integration Requirements

The GS Picosecond Laser is designed for straightforward integration into high-performance laser systems and space-constrained platforms. The following requirements apply:

Type of Systems: Master oscillator for complex amplification chains or standalone source for precise spectral analysis.
Operation Mode: Pulsed (picosecond), 50 ps pulse duration.
Space / Footprint: Ultra-compact dimensions of 120 × 110 × 38.5 mm, weight 0.75 kg.
Power Supply: DC 12V supply, 36 W power consumption.
Control & Connectivity: Isolated USB and CAN for control; SyncP and SyncN synchronization outputs with Rise/Fall indication (Molex); external and internal trigger inputs with dedicated trigger output for pulse synchronization (external trigger: 3.3V / 5V tolerant).
Output Fiber: Standard PM980 or single-mode fiber with FC/APC connectors; other fiber types on request.

Its low power consumption and compact form factor make it well suited for mobile sensing platforms and space-constrained OEM systems.

FAQ

How precise is the repetition rate control?

The repetition rate is adjustable from single shot up to 100 MHz with extremely fine increments of 1 Hz.

What are the power requirements for the laser?

The unit operates on a standard DC 12V supply with a maximum current of 3 A and a total power consumption of 36 W.

Can it be synchronized with other high-speed components?

Yes, it includes specialized synchronization outputs (SyncP and SyncN) and a trigger input that is 3.3V and 5V tolerant.

Related Info

Portable IR laser for high-resolution scientific and industrial applications

IR Picosecond Laser
AMPX-PICO-1040

High-Power Stability for Field-Deployable High-Resolution Spectroscopy

AMPX-PICO-1040 is a portable IR picosecond laser designed for high temporal and spectral resolution in scientific and industrial applications in the middle power range. Where miniaturized ultrafast sources suffer from spectral line broadening and vibration sensitivity, its patented tapered double-clad fiber architecture and full-fiber IR amplification scheme ensure stable operation and high spectral purity even in demanding environments – delivering up to 10 W average output power in a compact, field-ready platform.

Main Application Areas: Optimized for Raman spectroscopy, time-resolved analysis, and scientific research, the IR Picosecond Fiber Laser delivers the resolution these applications demand – spectral bandwidth typically 0.1 nm, pulse durations of 50 or 100 ps, repetition rates up to 200 MHz – with patented tapered double-clad fiber technology ensuring minimal spectral line broadening in lab and field alike.
Typical Industries: From mining and biology to medicine and industrial chemical analysis, this laser brings reliable high-resolution performance into the field – its full-fiber IR amplification scheme provides high vibration insensitivity, while the compact footprint (324 × 324 × 166 mm) and OEM-ready interfaces (Ethernet, RS232, USB) enable fast deployment in mobile and space-constrained systems.

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Average Output Power:
10 W
Wavelengths:
1040 / 1064 nm (central)
Spectral Bandwidth:
0.1 nm (3 dB FWHM)
Pulse Duration:
50 / 100 ps

View Data Sheet

Technical Specs

PARAMETER	VALUE
Beam Quality (M²)	< 1.2
Repetition Rate:	Up to 200 MHz
State of Polarization:	Linear
Output:	Freespace or fiber
Dimensions:	324 × 324 × 166 mm

Specifications are subject to change due to ongoing product improvements.

Why Choose

AMPX-PICO-1040 combines high temporal and spectral resolution with outstanding stability, a compact portable design, and a vibration-insensitive full-fiber architecture. Its patented tapered double-clad fiber technology and flexible synchronization options make it well suited for demanding scientific and industrial analytical applications.

Core advantages:

Patented tapered double-clad fiber technology: Offers minimal spectral line broadening and high stability.
Full-fiber IR amplification scheme: Provides vibration insensitivity and robust operation across varying environments.
Flexible synchronization: Supports both electrical external synchronization and optical synchronization via residual IR output with minimal delay.
Compact and portable: Compact size of 324 × 324 × 166 mm facilitates integration into mobile and space-constrained devices.
Multiple control interfaces: Ethernet, RS232, and USB interfaces enable fast deployment into existing solutions.

In short: High temporal and spectral resolution, vibration-insensitive design, and flexible synchronization – engineered for portable and OEM analytical laser applications.

Integration Requirements

AMPX-PICO-1040 is designed for both portable devices and industrial OEM system integration. The following requirements apply:

Type of Systems: Portable devices and industrial system OEM integration.
Operation Mode: Pulsed (picosecond), choice of 50 or 100 ps pulse duration.
Space / Footprint: Compact dimensions of 324 × 324 × 166 mm.
Operating Temperature: 15°C to 30°C.
Vibration / Mechanical: Full-fiber IR amplification scheme provides vibration insensitivity for use in varying environments.
Control & Connectivity: Ethernet, RS232, and USB interfaces for PC control and system integration.

Its compact size, vibration-insensitive design, and multiple connection interfaces enable fast deployment into existing portable and OEM solutions.

FAQ

How can the laser be synchronized with my existing system?

The laser offers a flexible synchronization scheme, supporting both electrical external sync and optical synchronization at the residual IR output with minimal delay.

Is the device suitable for use outside of a lab environment?

Yes, the device is designed to be portable with low sensitivity to environmental conditions and high vibration insensitivity.

What interfaces are available for PC control?

The system can be controlled via Ethernet, RS232, and USB.

Related Info

The Right Pulsed Fiber Laser for Your Application

Ampliconyx pulsed fiber lasers combine precise pulse control, high beam quality, and robust system integration for demanding scientific and industrial applications. From picosecond and nanosecond platforms to customized OEM solutions, our experts help you find the right configuration for your application.

Phone

+358 40 7054772

E-Mail

info@ampliconyx.com

Pulsed Fiber Lasers

High-Stability Pulsed Fiber Lasers for Precision Photonics