DSS 1064-3000 Diode-Pumped Q-Switched Solid State Laser

Name: DSS 1064-3000 Diode-Pumped Q-Switched Solid State Laser
Brand: CryLaS Inc.
Availability: InStock

Description

Introducing the DSS 1064-3000, an advanced diode pumped passively Q-switched solid-state laser designed for precision and reliability. Engineered by CryLaS GmbH, this laser offers a wavelength of 1064 nm, making it ideal for a variety of scientific and industrial applications. Its compact design and robust performance ensure that it meets the high demands of modern laboratories and production environments.

The DSS 1064-3000 is characterized by its superior beam quality, featuring a TEM00 spatial mode and a beam divergence of less than 9 mrad. The laser's beam ellipticity is maintained at less than 2:1, ensuring consistent and accurate results. Its pulse energy exceeds 2500 µJ, with a peak power of over 1250 kW at 20 Hz, providing the power needed for precise operations.

Designed for efficiency, the DSS 1064-3000 consumes less than 100 W of electrical power, making it both powerful and energy efficient. It operates within a temperature range of 28 to 35 °C, with a warm-up time of less than 10 minutes, ensuring quick readiness for use. The laser is classified as a Class 3B product according to IEC 60825-1:2007, with safety features that comply with international standards.

The laser's modular design includes options for a standalone system, complete with a key switch, heat sink, and manual beam shutter for enhanced safety and convenience. It also features an RS 232 interface, with USB available upon request, facilitating easy integration into existing systems. With a focus on stability, the DSS 1064-3000 maintains long-term pulse energy stability within ± 8% over six hours, ensuring consistent performance over extended periods.

The DSS 1064-3000 is a testament to CryLaS GmbH's commitment to innovation and quality, offering a reliable solution for professionals in fields such as biology, biomedicine, chemistry, and analytics. Its robust design and high-performance capabilities make it an indispensable tool for those seeking precision and efficiency in their work.

Specifications

Avg. Power:	0.2 W
Wavelength:	1064 nm
Repetition Rate:	1 – 0.08 kHz
Spatial Mode (M^2):	1
Pulse Duration:	2.5 ns
Pulse-to-Pulse Stability (RMS):	8 %
Cooling:	Air
Energy /pulse:	2500 uJ

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Features

High Pulse Energy: Delivers > 2500 µJ per pulse at 1064 nm for demanding applications
Short Pulse Duration: Provides < 2.5 ns pulse width for precise temporal resolution
Wide Repetition Rate Range: Operates from 1 Hz up to 80 Hz for flexible use
Excellent Beam Quality: TEM00 spatial mode with low divergence (< 9 mrad) and beam ellipticity < 2:1
High Peak Power: Generates peak powers exceeding 1250 kW at 20 Hz
Robust Polarization Ratio: Ensures > 50:1 vertical polarization for specialized setups
Compact and Efficient: Low power consumption (< 100 W) and compact laser head design
Versatile Interface Options: RS232 standard with USB available upon request

Applications

Biological Imaging and Analysis: Ideal for high-resolution biological and biomedical research requiring precise pulse delivery
Spectroscopy and Chemical Analysis: Supports time-resolved spectroscopy with short pulse widths for accurate measurements
Laser-Induced Breakdown Spectroscopy (LIBS): Provides the necessary pulse energy and peak power for efficient plasma generation
Materials Testing and Micro-Machining: Enables fine ablation and marking of materials with minimal heat effect
Optical Pumping and Seeding: Suitable as a pump source for OPO systems or seeding high-power laser setups
Scientific Research and Development: Supports laboratories requiring stable, high-performance solid-state laser sources