AXIS is a high-power femtosecond laser amplifier designed for industrial micromachining where beam stability, reproducibility and uptime are critical. Delivering advanced functionalities and process flexibility with up to 120 W average power, AXIS enables a new level of throughput simply by increasing scan speed and repetition rate.

Engineered for 24/7 industrial operation, AXIS benefits from robust amplifier cooling, excellent temperature stability, and a high level of EMC immunity and radiation robustness. It is particularly well suited for high-throughput applications, including multibeam processing and advanced display manufacturing, with UV output up to 45 W, repetition rates up to 1.2 MHz, and DUV-compatible configurations.

For customers who have developed processes based on the versatility of Satsuma X, AXIS represents the natural next step: the same process toolbox, now powered by higher average power, unlocking breakthrough equipment productivity without changing the process.

Available Options

FemtoTrig

• Pulse-to-pulse control using an internal pulse picker (high precision)
• Adjustable frequency between two pulses
• Fundamental Jitter: reduced electronic delay and reduced timing Jitter

GHz

• Multi-step Interaction Process: Thermal Incubation and Dynamic Efficiency
• Optimal Burst Duration: Elevating Efficiency in Industrial Applications

FemtoBurst

• Precision shaping for optimal energy distribution.
• Analog RF driver and function generator for precision control.

SHG

• Doubles laser frequency through non-linear optics
• Enhancing imaging precision and material processing in femtosecond lasers.

THG

• Triple laser frequency for advanced applications.
• Revolutionize imaging and material processing precision in femtosecond lasers.

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TITAN Century is a diode-pumped nanosecond Q-switched laser designed to deliver high pulse energy and a smooth beam profile for pumping high-average-power Ti:Sapphire amplifiers and other energy-demanding applications.

Operating at 100 Hz, it provides pulse energies exceeding 1.3 J at 1064 nm and 0.8 J at 532 nm, with excellent energy stability and low long-term drift. Its low timing jitter ensures reliable and repeatable energy delivery for sensitive pumping schemes.

Engineered to maintain a more homogeneous beam profile at high average power, TITAN Century preserves a competitive cost per joule, making it well suited for applications where beam uniformity and energy consistency directly impact downstream performance.

Compact and reliable, TITAN Century is an ideal solution for Ti:Sapphire pumping, compact accelerator systems, and laser shock peening, where high pulse energy and operational stability are critical.

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Compact industrial ultrafast laser and worldwide best seller

The Satsuma product line of femtosecond laser offers versatility in the most compact air-cooled laser platform on the market. Satsuma is a cost-efficient solution providing a high repetition rate and high energy configuration, up to 175 µJ with Super Burst Mode option.

Satsuma femtosecond laser is available with green, UV, and deep UV outputs.

Versatile and full-featured, Satsuma femtosecond lasers benefit from the last new features for improvement process capability as FemtoTrig™ is a real pulse-on-demand feature with high precision for getting more precise in scan speed adjustment.

Satsuma is internationally recognized as reliable and stable, given satisfaction in a large application range such as the Ophthalmology market, specific micromachining texturing, display repair, or science applications.

Available Options

FemtoTrig

• Pulse-to-pulse control using an internal pulse picker (high precision)
• Adjustable frequency between two pulses
• Fundamental Jitter: reduced electronic delay and reduced timing Jitter

FemtoBurst

• Precision shaping for optimal energy distribution.
• Analog RF driver and function generator for precision control.

Super Burst Mode

• Single Burst Mode generates a single high-energy pulse, suitable for precision tasks.
• Burst Mode amplifies multiple pulses for uniform material processing and imaging
• Super Burst Mode concentrates energy in the initial pulse for specialized high-energy needs.

SHG

• Doubles laser frequency through non-linear optics
• Enhancing imaging precision and material processing in femtosecond lasers

THG

• Triple laser frequency for advanced applications.
• Revolutionize imaging and material processing precision in femtosecond lasers.

FHG

• Quadruples laser frequency, enabling new frontiers.
• Redefines imaging accuracy and material processing precision in femtosecond lasers.

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Available Options

FemtoTrig

• Pulse-to-pulse control using an internal pulse picker (high precision)
• Adjustable frequency between two pulses
• Fundamental Jitter: reduced electronic delay and reduced timing Jitter

GHz

• Multi-step Interaction Process: Thermal Incubation and Dynamic Efficiency
• Optimal Burst Duration: Elevating Efficiency in Industrial Applications

FemtoBurst

• Precision shaping for optimal energy distribution.
• Analog RF driver and function generator for precision control.

Super Burst Mode

• Single Burst Mode generates a single high-energy pulse, suitable for precision tasks.
• Burst Mode amplifies multiple pulses for uniform material processing and imaging
• Super Burst Mode concentrates energy in initial pulse for specialized high-energy needs.

SHG

• Doubles laser frequency through non-linear optics
• Enhancing imaging precision and material processing in femtosecond lasers.

THG

• Triple laser frequency for advanced applications.
• Revolutionize imaging and material processing precision in femtosecond lasers.

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Tangor 100 is a 100W, IR, femtosecond laser combining high repetition rate AND high energy per pulse (500 µJ as standard and up to 700 µJ upon request)

Tangor 100 is available with harmonic module delivering 50W /515 nm or 30W/343 nm
Versatile and full-featured, Tangor 100 product line is available with:

• Trigger on demand for selecting individual pulses
• Super sync control for high speed synchronisation (polygon scanners)
• FemtoTrig function to adjust repetition rate with scanner speed

Available Options

FemtoTrig

• • Pulse-to-pulse control using an internal pulse picker (high precision)
  • Adjustable frequency between two pulses
  • Fundamental Jitter: reduced electronic delay and reduced timing Jitter

GHz

• • Multi-step Interaction Process: Thermal Incubation and Dynamic Efficiency
  • Optimal Burst Duration: Elevating Efficiency in Industrial Applications

Super Burst Mode

• • Single Burst Mode generates a single high-energy pulse, suitable for precision tasks.
  • Burst Mode amplifies multiple pulses for uniform material processing and imaging
  • Super Burst Mode concentrates energy in the initial pulse for specialized high-energy needs.

SHG 

• • Doubles laser frequency through non-linear optics
  • Enhancing imaging precision and material processing in femtosecond lasers

THG 

• • Triple laser frequency for advanced applications.
  • Revolutionize imaging and material processing precision in femtosecond lasers.

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Satsuma Display is based on the well-known Satsuma platform – benefiting from 10 years of product improvements and feedback from installation of nearly 2 000 units in the field. The Satsuma platform’s reliability and stability are internationally-recognized.

Thanks to the unique features of Satsuma Display, Amplitude enables Display leaders to operate with up to 4 different wavelengths using a single laser. It offers the possibility to optimize the quality of ablation to the highest level for every kind of materials, including metals, p-Si, ITO, insulator and polymers.

In addition, femtosecond pulses provide flexibility to deliver results for the most challenging processes, such as selective ablation, cutting, drilling and carbonization.

Upgrade your nanosecond or picosecond laser repair processes to femtosecond laser to increase your production yield.

Satsuma Display is robust, compact, light and air-cooled, making the integration smooth for gantry system designs.

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This laser family has been designed to ensure the highest temporal quality at both femtosecond and picosecond timescales. The beam quality is unmatched thanks to the optimal coupling between our high energy pump lasers and amplifiers. Pulsar TW reaches the highest intensities with unsurpassed energy and pointing stabilities.

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Intrepid is a high energy pulsed laser system specifically tailored for pumping OPCPA amplifiers. The output of the laser is shaped to be spatially and temporally flat, uniformly amplifying the input chirped pulse across the entire waveform.

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Agilite is a high-energy pulsed laser with selectable output pulsewidths. The system comprises an innovative laser design with programmable pulse shaping, a distributed intelligence control system and an intuitive Graphical User Interface (GUI).

The Agilite Nd:YAG laser offers high energy per pulse, outputs from 50 ns to 8 μsec, and repetition rates to 10 Hz. Harmonic generators tailored to specific pulsewidths and pulseshapes are available. This unique laser architecture opens new parameter space for diverse applications such as Doppler LIDAR, High brightness Laser Doppler Velocimetry, and Ballistic Imaging.

Agilite can also be used as a seeder of our liquid-cooled Disks Amplifiers (see Premiumlite) to deliver tens of Joules, keeping the full advantage of pulse-shaping.

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The Premiumlite product line features our Pseudo-Active Mirror Disk Amplifier Module (PAMDAM). For the first time on the market, these lasers can deliver high energy per pulse and high average power simultaneously. In a single laser package, we offer a single beam capable of reaching an energy of more than 250J at a repetition rate of 0.1Hz, which is unprecedented for this energy level.

Using noble materials such as stainless steel, ceramic, and gold contributes to the long-term reliability of the amplifier modules. The highly homogeneous gain deposit in the PAMDAM laser discs delivers a top-hat beam of excellent quality. Unique on the market, the Premiumlite Phosphate Glass version makes it possible to upgrade Sapphire-Titanium TW and PW lasers to power levels of several PWs while maintaining the same repetition rate of 0.1Hz.

Finally, the modular approach of these lasers makes it quick and easy to upgrade from lower-energy to higher-energy versions:

• Each addition of an amplifier module increases the energy
• A range of options is available to meet the different needs of our customers.

See the video: click here.

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