Orion Series • Femtosecond Lasers

Orion 80

Name: Orion 80
Brand: Y-LASER

Industrial Processing Series

Femtosecond Solid-State Laser

Pulse width: <600 fs

Average power: 30W – 80W

Single pulse energy: 30μJ – 500μJ

Laser wavelength: 1030nm / 515nm / 343nm

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Product Overview

The Orion 80 series of ultrafast femtosecond lasers is designed for both scientific research and industrial applications, delivering exceptional performance. This laser series offers three key wavelengths—1030 nm, 515 nm, and 343 nm—providing high flexibility to meet diverse demands ranging from precision micromachining to advanced spectroscopy.

The Orion series combines an average power output of up to 80 W with an ultra-wide repetition rate range from 1 Hz to 2 MHz, achieving both high processing efficiency and operational flexibility. With a pulse width of less than 600 femtoseconds, it provides higher temporal resolution and precision for time-sensitive applications.

The laser maintains high-quality TEM₀₀ mode output with a beam roundness exceeding 90%, ensuring uniform and stable spot characteristics, thereby enhancing experimental reliability and processing results. For applications requiring more complex control, the series supports burst mode, enabling advanced modulation of pulse trains.

The Orion laser features a compact design with an integrated water-cooling system, offering excellent thermal stability and long-term operational reliability under high-power operation. Multiple trigger modes and a linear external power control interface facilitate seamless integration with existing systems and enable precise control of laser output.

In summary, the Orion series is a robust and efficient ultrafast laser platform that strikes an ideal balance between power, precision, and adaptability.

Related Applications

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Technical Specifications

Specifications	Orion-343-30	Orion-515-30	Orion-515-80	Orion-1030-50	Orion-1030-80
Central Wavelength	343±1 nm	515±3 nm	515±3 nm	1030±5 nm	1030±5 nm
Laser Power	30 W@1 MHz	30 W@200 kHz	80 W@200 kHz	50 W@200 kHz	80 W@200 kHz
Repetition Frequency	1 Hz~2 MHz	1 Hz~2 MHz	1 Hz~2 MHz	1 Hz~2 MHz	1 Hz~2 MHz
Pulse Energy	30 μJ	150 μJ	400 μJ	250 μJ	400 μJ
Power Stability	<2.0%(8 hours, RMS)	<1.5%(8 hours, RMS)	<1.5%(8 hours, RMS)	<1.0%(8 hours, RMS)	<1.0%(8 hours, RMS)
Pulse Duration	<500 fs	<500 fs	<550 fs	<600 fs	<600 fs
Beam Quality	TEM₀₀， M²≤1.3	TEM₀₀， M²≤1.3	TEM₀₀， M²≤1.3	TEM₀₀， M²≤1.3	TEM₀₀， M²≤1.3
Beam Roundness	>85%	>90%	>90%	>90%	>90%
Beam Diameter	2.5±0.5 mm	2.0±0.5 mm	2.5±0.5 mm	2.5±0.5 mm	2.5±0.5 mm
Number of Bursts	1	1~3	1~3	1~10	1~10
Dimensions	800432149 mm³	800432149 mm³	800432149 mm³	800432149 mm³	800432149 mm³
Trigger Mode	PSO/POD/Gate mode, and TTL trigger	PSO/POD/Gate mode, and TTL trigger	PSO/POD/Gate mode, and TTL trigger	PSO/POD/Gate mode, and TTL trigger	PSO/POD/Gate mode, and TTL trigger
External Power Control	0~5 V, linear control	0~5 V, linear control	0~5 V, linear control	0~5 V, linear control	0~5 V, linear control
Warm-up Time	≤15 min	≤15 min	≤15 min	≤15 min	≤15 min
Power Supply Requirements	AC 100~240 V/50~60 Hz	AC 100~240 V/50~60 Hz	AC 100~240 V/50~60 Hz	AC 100~240 V/50~60 Hz	AC 100~240 V/50~60 Hz
Operating Humidity	<60% RH@25 ℃	<60% RH@25 ℃	<60% RH@25 ℃	<60% RH@25 ℃	<60% RH@25 ℃
Operating Temperature	22~30 ℃	22~30 ℃	22~30 ℃	22~30 ℃	22~30 ℃
Cooling Method	Water circulation cooling	Water circulation cooling	Water circulation cooling	Water circulation cooling	Water circulation cooling

Technical Drawings

Performance Data

Typical autocorrelation trace of an IR femtosecond laser (50W / 200 kHz)

Typical beam quality of an IR picosecond laser (50W / 200 kHz)

Downloads

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