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Shenzhen Bonard Precision Instrument Co., Ltd
ALPHALAS Active Q-switching Microchip Solid State Laser Agent
NegotiableUpdate on 05/06
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Overview
PULSELAS #174; -The A-series laser adopts a self-developed Pockels box design, which can output ultra short laser pulses. The semi monolithic laser resonant cavity is a collimated structure with strong operational stability. Thousands of watts of laser pulses can be as short as 500 ps, with a typical time jitter of 500 ps relative to external signals. Optional configurations can be as low as 200 ps. PULSELAS #174; -A-series ALPHALAS active Q-switching microchip solid-state laser agent
Product Details
Shenzhen Bonard Precision Instrument Co., Ltd. is an imported instrument channel supplier, with products including ALPHALAS lasers, laser power meters, beam analyzers, beam collectors, spot analyzers, high-power continuous zoom fiber laser collimation heads FAC, German GTE, German HHB Electronic, Pacific Lasertec helium neon lasers, SRS Stanford amplifiers, Scitec optical choppers, AA Lab Systems equipment, DL Instruments amplifiers and other professional equipment. If you have any needs, please contact us for consultation.
PULSES ®- A
PULSELAS ®- The A-series laser adopts a self-developed Pockels box design, which can output ultra short laser pulses. The semi monolithic laser resonant cavity is a collimated structure with strong operational stability.
The shortest pulse of a kilowatt level laser can reach 500 ps, and the typical value of relative external signal timing jitter is 500 ps. Optional configurations can be as low as 200 ps.
The High Energy Amplification Laser System (MOPA) outputs pulse energy exceeding 1 mJ and pulse width less than 1 ns, achieving ultra-high peak power greater than 1 MW.
The device can choose a repetition rate of 10 kHz to 100 kHz and an average output power of 100 mW to>1 W.
The standard model covers wavelengths of 1047 nm, 1053 nm, 1062 nm, and 1064 nm. There are also 946 nm and 1342 nm models available, with a pulse width of<5 ns. An optional frequency conversion module can be used to achieve red light (671 nm), green light (532 nm), blue light (473 nm), and ultraviolet light (355 nm, 266 nm) output.
The device has a compact structure and can adapt to the vast majority of system integration scenarios.
This series of special lasers has a wide range of application scenarios, covering many fields such as photonic crystal fiber supercontinuum generation and laser breakdown spectroscopy detection.
Technical Specifications
| model | PULSELAS-A-1064-300 | PULSELAS-A-1064-500 | PULSELAS‑A‑1064‑600‑HP | PULSELAS‑A‑1064‑1000‑HP¹ ⁾ |
|---|---|---|---|---|
| wavelength | 1064 nm | 1064 nm | 1064 nm | 1064 nm |
| single pulse energy | 20 µJ @ 1 kHz | 40 µJ @ 1 kHz | 50 µJ @ 1 kHz | 100 µJ @ 1 kHz |
| Average power at maximum repetition rate | type. 300 mW @ 20 kHz | type. 500 mW @ 25 kHz | type. 600 mW @ 25 kHz | type. 700 mW @ 10 kHz |
| pulse width | 0.7–1.0 ns | 1.0–1.5 ns | 1.5–2.0 ns | 1.5–3.0 ns |
| repetition frequency | 0–20 kHz | 0–25 kHz | 0–25 kHz | 0–10 kHz |
| Beam mode | TEM₀₀ | TEM₀₀ | TEM₀₀ | TEM₀₀ |
| Polarization ratio | >100:1 | >100:1 | >100:1 | >100:1 |
| Beam diameter | 0.3 mm | 0.3 mm | 0.3 mm | 0.3 mm |
| Beam divergence angle | typ. 3 mrad | typ. 3 mrad | typ. 3 mrad | typ. 3 mrad |
| Power instability | <3 % rms | <3 % rms | <3 % rms | <3 % rms |
| Working temperature of heat sink | +18…+30 ℃ | +18…+30 ℃ | +18…+30 ℃ | +18…+30 ℃ |
| Laser head size | 40×52×140 mm³ | 40×52×140 mm³ | 40×52×140 mm³ | 60×70×180 mm³ |
| LD&TEC driver model/size | LDD1‑1T‑D 105×65×100 mm³ |
LDD1‑1T‑D 105×65×100 mm³ |
LDD1‑1T‑D 105×65×200 mm³ |
LDD1‑1T‑F 105×65×200 mm³ |
| Puckel box drive model/size | PCD‑1002 105×44×100 mm³ |
PCD‑1002 105×44×100 mm³ |
PCD‑1002 105×44×100 mm³ |
PCD‑1002 105×44×100 mm³ |
| Operating Temperature | +18…+30 ℃ | +18…+30 ℃ | +18…+30 ℃ | +18…+30 ℃ |
| Temperature storage without humidity | -10…+50 ℃ | -10…+50 ℃ | -10…+50 ℃ | -10…+50 ℃ |
characteristic
Proactively adjust Q
compact
Self developed small-scale electro-optical Q-switching design
1047 nm, 1053 nm, 1062 nm, 1064 nm sub nanosecond pulses
Extremely low timing jitter (typical value<500 ps, optional 200 ps rms)
Pulse energy up to 100 µ J (with MOPA up to 1 mJ)
Peak power up to 150 kW
Maximum repetition frequency 100 kHz
Average power>1 W
Optional variable frequency outputs: 266 nm, 355 nm, 473 nm, 532 nm, 671 nm
application
material processing
Micro machining
Marking and cutting of superhard materials (such as diamond)
nonlinear optics
Supercontinuum generation
Time-resolved fluorescence measurement
DNA analysis
Lidar and Laser Ranging
pollution monitoring
Laser induced breakdown spectroscopy (LIBS)
Combustion device and mixed gas ignition
ALPHALAS GmbH, Germany
ALPHALAS GmbH is a German laser manufacturer. As a high-tech laser company, we offer a variety of products in the fields of lasers, optical components, and laser related electronic products. The company was founded in 1997 and is located in the university town of G ö ttingen. Dr. Krasimil Stankov, the founder and president, has over 35 years of experience in the development of lasers and laser systems.
ALPHALAS' main business includes the research and development, production, and sales of lasers, laser systems, laser related electronic products, and components. The main products are advanced mode-locked, continuous wave, and Q-switched diode pumped solid-state lasers. ALPHALAS focuses on short pulse (sub nanosecond, picosecond, and femtosecond) and microchip design, but we also offer almost all common high-efficiency, compact diode pumped solid-state lasers.
PULSELAS ®- Series AALPHALAS Active Q-switching Microchip Solid State Laser Agent
PULSELAS ®- Series AALPHALAS Active Q-switching Microchip Solid State Laser Agent
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