Products & Solutions - Montfort Laser GmbH

M-NANO 80mJ 10Hz Nd:YAG All-in-one ns Laser [PR139]

Extremely compact and low-weight (<2kg) All-in-One 80-mJ-level (10Hz), pulsed Nd:YAG laser head with integrated control electronics and laser diode current driver. Generates laser pulse energies up to >80 mJ, pulse durations of <~8 ns at a pulse repetition rates of 10 Hz, or lower energy at higher repetition rate.

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M-NANO-GREEN 532+1064 30mJ 10Hz Nd:YAG All-In-One ns Laser [PR190]

Extremely compact ~30-mJ-level green (SHG) pulsed Nd:YAG laser head with integrated control electronics and laser diode current driver. Generates laser pulse energies up to 30 mJ at 10 Hz at 532 nm with ~25-30mJ residual pulse energy at the fundamental wavelength of 1064nm, at pulse durations of typically ~< 6ns.

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M-NANO 120mJ 20Hz Nd:YAG All-in-one ns Laser [PR193]

OEM model, for integration only, not for laboratory use. Extremely compact and low-weight (<2kg) All-in-One 120-mJ-level, pulsed OEM Nd:YAG nanosecond laser head with integrated control electronics and laser diode current driver. Generates laser pulse energies up to >120 mJ, pulse durations of <~8ns at 20 Hz repetition rate. Please inquire for other values.

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M-NANO-PIV Dual Head Nd:YAG All-in-One ns Double-pulse Laser [PR146]

Extremely compact and low-weight (<4kg) All-in-One 40mJ-level (15Hz), double-pulse nanosecond green Nd:YAG laser head with integrated control electronics and laser diode current driver. Generates dual laser pulses with energies up to 40 mJ (532nm) for each pulse at a pulse duration of <8 ns at 15 Hz, please inquire for other specifications.

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M-NANO-GREEN 100 Hz / 50 mJ Nd:YAG All-In-One ns Laser [PR158]

Particularly compact and low-weight (<4kg) All-in-One 50mJ-level (100Hz), nanosecond green Nd:YAG laser head with integrated control electronics and laser diode current driver. Generates laser pulse energies up to 50 mJ (532nm), pulse durations of <8 ns at a pulse repetition rates of 80-100Hz, please inquire for other specifications.

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M-NANO 80mJ 10Hz Nd:YAG DPSSL w/ Separate Compact Driver [PR179]

Even more compact and low weight (<1kg) 50-80mJ-level pulsed Nd:YAG laser head due to the separated control electronics/laser diode current driver and a flexible cable connection in between. Generates laser pulse energies of up to or >50mJ@20Hz or >80mJ@10Hz at pulse durations of <~8 ns, others on request.

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M-NANO 100mJ 20Hz Nd:YAG All-in-one ns Laser [PR153]

Nd:YAG DPSSL w/ Integrated Driver - All-In-One - with customizations for specific applications.

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M-NANO 20 ... 100mJ Nd:YAG All-in-one DPSSL Lasers [PR133 and Custom Models]

Nd:YAG DPSSL w/ Integrated Driver - All-In-One - with customizations for specific applications.

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M-NANO 20 ... 100mJ Nd:YAG DPSSL FIBER-BUNDLE

Extremely compact 20-100-mJ-level, nanosecond Nd:YAG laser head with integrated control electronics and laser diode current driver (“All-in-one”) and FIBER BUNDLE coupling port for robust coupling of the 20-100 mJ pulses into the fiber bundle. Inquire about other specification levels.

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M-NANO-MINI Miniature Nanosecond Nd:YAG milli-Joule Laser Head [Custom]

Even smaller Nanosecond Laser Head with mJ's of output energy at 10-100 Hz repetition rate for custom applications.

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M-FEMTO 3W <100 fs Ytterbium Modelocked Oscillator [PR114]

For academic research purposes, this integrated <100fs femtosecond laser oscillator is based on a diode-pumped Ytterbium solid-state laser, which is pumped by an external fiber-coupled laser diode. Pulse formation is done by soliton modelocking resulting in clean, sech^2-shaped pulses.

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M-FEMTO-LAB Yb Lab-style Femtosecond Modelocked Oscillator [PR119]

For academic purposes, this breadboard-style <100fs - <400-fs (please specify) laser oscillator could become your lab engine – it is a lab-type, accessible femtosecond modelocked laser oscillator which has a similar setup as the integrated M-FEMTO products. It is based on a diode-pumped Ytterbium solid-state laser, which is pumped by an external fiber-coupled laser diode. Pulse formation is done by soliton modelocking resulting in clean, sech²-shaped pulses. Operation in clean environment is recommended.

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M-PICO-LAB Nd:YLF Picosecond Modelocked Oscillator [PR182]

For scientific uses, this breadboard-style ~5-ps Nd:YLF laser oscillator could become your lab engine – it is a lab-type, open-housing picosecond laser oscillator with a cover which can be opened in the laboratory (clean environment recommended). It is based on a diode-pumped Nd:YLF solid-state laser, which is pumped by an external fiber-coupled laser diode.

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M-PICO-LAB Narrow-Spectrum Yb Picosecond Multi-Watt Oscillator [PR184]

Multi-Watt picosecond Yb laser with a modelocked pulse duration of 1 – 1.5 ps and a narrow, transform-limited optical spectrum. For scientific purposes, this breadboard-style laser oscillator is a lab-type, open-housing picosecond laser oscillator, that is based on a diode-pumped Ytterbium solid-state laser. Pulse formation is done by soliton modelocking resulting in clean, sech²-shaped pulses with a narrow, transform-limited optical spectrum. Operation in clean environment is recommended.

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M-PICO-LAB Nd:VAN Picosecond Modelocked Oscillator [PR132]

For scientific uses, this breadboard-style ~4-ps Nd:YVO₄ laser oscillator could become your lab engine – it is a lab-type, open-housing picosecond laser oscillator with a cover which can be opened in the laboratory (clean environment recommended). It is based on a diode-pumped Nd:Vanadate solid-state laser, which is pumped by an external fiber-coupled laser diode.

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M-FEMTO 100W Amplified Modelocked Oscillator System [PR150]

Compact high power, high repetition rate femtosecond laser source with excellent beam quality, high average power, and a pulse duration of <100fs ... 2 ps (pls specify). Based on a modelocked oscillator which uses solition modelocking pulse formation to obtain clean, sech^2-shaped pulses, which are then amplified to the >50W or >100W level.

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Compact Custom DPSS Lasers

Compact Custom Pulsed DPSSL - Diode-pumped Solid-State Lasers and Contract R&D services in that field for your needs.

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SYNC Option

Synchronization add-on (accessory) for mode-locked laser oscillators M-FEMTO or M-PICO to synchronize the laser pulse train to a customer-provided low-noise electrical sinusoidal or square wave reference signal.

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