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Description

The NeoVan™ Ultra-Compact Diode Laser Module represents a breakthrough in laser technology, offering unparalleled performance in an incredibly compact form factor. Engineered with precision and reliability in mind, this diode laser module is ideal for a wide range of demanding applications where stability, precision, and beam quality are paramount.

At the heart of the NeoVan™ is advanced temperature stabilization technology, ensuring consistent performance even in challenging operating environments. This temperature stabilization mechanism not only enhances the stability of the laser output but also extends the operational lifespan of the module, making it a highly reliable solution for long-term use.

With a choice of wavelengths ranging from 405 nm to 640 nm and output powers of up to 500 mW, the NeoVan™ offers versatility to meet the diverse needs of various applications. Whether used in biomedical imaging, flow cytometry, confocal microscopy, spectroscopy, or laser-induced fluorescence, the NeoVan™ delivers exceptional performance across the board.

The compact design of the NeoVan™ makes it easy to integrate into existing systems without sacrificing performance. Measuring just 57 mm x 21 mm x 21 mm, this module is perfect for applications where space is limited, allowing for seamless integration into compact instruments and devices.

Furthermore, the NeoVan™ boasts outstanding beam quality, with a narrow beam diameter and low divergence, ensuring precise and accurate laser output. This high beam quality, combined with a polarization ratio exceeding 100:1, makes the NeoVan™ the preferred choice for applications requiring precision and reliability.

Backed by RPMC Lasers' reputation for excellence and innovation, the NeoVan™ Ultra-Compact Diode Laser Module sets a new standard for performance, reliability, and versatility in the world of laser technology. Whether you're conducting cutting-edge research in the lab or developing advanced medical devices in the field, trust the NeoVan™ to deliver consistent and reliable performance every time. 
 

NeoVan: Ultra-Compact Diode Laser Module

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Specifications

Center Wavelength: 1064 nm
Pulse Energy: 5 mJ
Energy Stability (RMS): 1 %
Polarization: Unspecified
Spatial Mode (M^2): <1.3
Amplification Scheme: Not Specified
Polarization Ration: >100:1
Input Power: 0 – 40 dBm
Output Power: 5 – 100 W
Mode Of Operation: CW to ps pulses
Ambient Temp.: 15-35 °C
Laser Controller: 19'' Rackmount

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Features

Key Features of the neoLASE neoYb Laser Amplifier Module

  • 1030 nm Yb laser amplifier module designed for power and pulse-energy boosting in ultrafast and industrial laser systems.
  • Output power range from 5 W to 100 W, supporting scalable amplification for OEM and laboratory laser platforms.
  • Flexible operation from CW to femtosecond pulses, making it suitable for continuous-wave, picosecond, and femtosecond laser applications.
  • Excellent beam quality with TEM00 mode and M2 < 1.3 for high-precision focusing and consistent processing results.
  • OEM-type solid-state laser amplifier engineered for integration into laser machines, scientific lasers, and low-power oscillator systems.
  • Compact stand-alone module with integrated amplifier and pump diode for simplified system design and fast implementation.
  • Ideal power booster for femtosecond laser systems, increasing average output power while preserving high beam quality.
  • Efficient pulse energy amplification for upgrading low-power seed lasers, mode-locked oscillators, and gain-switched diode sources.
  • CPA-free amplification capability for bandwidth-limited ultrashort pulses, reducing system complexity by avoiding bulky compressor arrangements in suitable configurations.
  • Ultra-compact, nearly monolithic design enables easy integration and cost-effective upgrading of existing laser platforms.
  • Highly flexible and scalable amplifier architecture allows configuration as a pre-amplifier or main amplifier stage depending on application requirements.
  • Main amplifier options exceeding 50 W output power for demanding industrial and scientific laser applications.
  • High-gain pre-amplifier capability supports direct amplification of mode-locked oscillators and low-power seed sources.
  • Proven long-term stability and industrial reliability based on neoLASE solid-state laser technology.
  • Designed for high peak power ultrafast lasers used in precision micromachining, materials processing, research, and OEM laser system development.
  • Cost-effective laser performance upgrade for increasing pulse energy or average power without replacing the complete laser source.
  • Suitable for scientific and industrial environments requiring compact footprint, reliable operation, and high optical performance.

Applications

  • Femtosecond laser power boosting: Ideal for increasing pulse energy and average output power in 1030 nm femtosecond laser systems without adding bulky amplifier architectures.
  • Picosecond laser amplification: Suitable for amplifying short-pulse picosecond sources used in precision industrial processing, scientific research, and OEM laser platforms.
  • Ultrafast laser micromachining: Enables high-quality cutting, drilling, structuring, and ablation of metals, ceramics, polymers, glass, and semiconductor materials with minimal heat affected zones.
  • Precision micro-drilling: Supports high peak power laser drilling for microvias, injector nozzles, medical components, electronics, and high-precision industrial parts.
  • Thin-film ablation and patterning: Well suited for selective removal and patterning of thin films in photovoltaics, displays, sensors, microelectronics, and coating technologies.
  • Semiconductor processing: Applicable for wafer dicing, scribing, trimming, defect repair, surface texturing, and precision material modification using high beam quality 1030 nm laser amplification.
  • Glass and transparent material processing: Useful for internal modification, cutting, welding, marking, and micro-structuring of glass, sapphire, fused silica, and other transparent materials.
  • Medical device manufacturing: Supports high-precision laser processing of stents, implants, catheters, surgical tools, microfluidic devices, and biocompatible materials.
  • Electronics manufacturing: Ideal for PCB microprocessing, flexible electronics structuring, laser trimming, component marking, and high-resolution material removal.
  • Photovoltaic manufacturing: Suitable for solar cell scribing, edge isolation, selective emitter processing, thin-film patterning, and precision laser ablation steps.
  • Battery and energy storage manufacturing: Enables precision laser structuring, cutting, drilling, and surface treatment of battery foils, electrodes, current collectors, and advanced energy materials.
  • Additive manufacturing and surface finishing: Can be integrated into laser systems for surface texturing, post-processing, polishing, and localized material modification.
  • Scientific ultrafast laser research: Provides a compact 1030 nm amplifier stage for laboratories requiring higher pulse energy, higher average power, or scalable ultrafast laser performance.
  • Mode-locked oscillator amplification: Designed for direct amplification of mode-locked oscillators in compact femtosecond and picosecond laser architectures.
  • Gain-switched diode amplification: Suitable as a pre-amplifier or booster stage for gain-switched diode laser sources requiring improved pulse energy and beam quality.
  • OEM laser system integration: Compact, stand-alone amplifier module for integration into industrial laser machines, scientific instruments, and custom ultrafast laser platforms.
  • Laser machine upgrades: Cost-effective solution for increasing output power or pulse energy of existing laser systems without complete source replacement.
  • High-power seed laser amplification: Applicable as a main amplifier stage for seed sources that require scalable output power from 5 W up to 100 W.
  • CPA-free ultrafast amplification: Useful for bandwidth-limited pico- and femtosecond pulse amplification where compactness and simplified system design are required.
  • Nonlinear optics and frequency conversion: Supports generation of green, UV, and other converted wavelengths through SHG, THG, OPA/OPCPA pumping, and nonlinear optical experiments.
  • Multiphoton microscopy and bioimaging: Can be used to boost ultrafast laser sources for advanced imaging, excitation, fluorescence microscopy, and biomedical photonics research.
  • Time-resolved spectroscopy: Suitable for pump-probe spectroscopy, ultrafast dynamics studies, material characterization, and high-repetition-rate laboratory experiments.
  • Laser-induced breakdown spectroscopy: Provides high peak power pulse amplification for LIBS systems used in material analysis, process monitoring, and elemental detection.
  • Precision laser marking and engraving: Enables high-contrast, low-thermal-damage marking on metals, plastics, ceramics, glass, and technical components.
  • Aerospace and automotive manufacturing: Supports microstructuring, drilling, trimming, and high-precision processing of demanding components and advanced engineering materi

Frequently Asked Questions

What is the neoLASE neoYb laser amplifier module used for?
The neoLASE neoYb is an OEM solid-state laser amplifier module designed to boost pulse energy or average output power in laser systems. It is well suited for upgrading femtosecond and picosecond lasers, scientific laser sources, low-power oscillators, and industrial micromachining systems requiring higher power at 1030 nm.
What wavelength and output power does the neoYb amplifier module provide?
The neoYb amplifier operates at 1030 nm and is available with output power levels from 5 W to 100 W. Main amplifier configurations can exceed 50 W output power, making the module suitable for both moderate-power pre-amplification and higher-power booster stages.
Can the neoLASE neoYb amplifier support femtosecond laser pulses?
Yes. The neoYb amplifier supports operation from continuous-wave operation up to femtosecond pulses. It is designed as an energy or power booster for ultrafast laser systems and can amplify bandwidth-limited short pulses without requiring complex CPA compressor arrangements in suitable configurations.
Does the neoYb laser amplifier require chirped pulse amplification, or CPA?
The datasheet states that neoLASE industrial amplifier modules allow CPA-free amplification of bandwidth-limited pulses in a compact footprint. This can simplify femtosecond and picosecond laser system design compared with traditional ultrafast amplifier architectures that require stretcher and compressor stages.
What beam quality does the neoLASE neoYb amplifier module deliver?
The neoYb amplifier provides TEM00 beam quality with M² less than 1.3, supporting high-quality focusing for precision applications such as laser micromachining, materials processing, scientific experiments, and OEM laser integration.
What seed lasers can be amplified with the neoYb amplifier module?
The high-gain pre-amplifier version is intended for direct amplification of sources such as mode-locked oscillators or gain-switched diodes. Compatibility depends on seed wavelength, pulse duration, repetition rate, polarization, average power, and required gain, so the exact configuration should be matched to the laser source.
How does the neoLASE neoYb compare with fiber laser amplifiers for ultrafast applications?
Like many Yb-based fiber amplifiers, the neoYb operates around 1030 nm and can boost ultrafast laser power. However, it is a compact solid-state amplifier module with integrated pump diode technology, designed for high beam quality, scalability, industrial reliability, and CPA-free amplification in suitable short-pulse systems.

Got more questions? Use the inquiry form to ask the supplier directly.

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