High-Power Nanosecond Green DPSS Laser
This high-power nanosecond green DPSS laser is designed for precision processing applications, offering advanced technology, high reliability, and high-frequency high power.
Specification Snapshot
Power Consumption
<2.5kW
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Overview
This high-power nanosecond green DPSS laser is designed for precision processing applications, offering advanced technology, high reliability, and high-frequency high power.
Specifications
| Parameter | Value |
|---|---|
| Beam Divergence | <1.5mrad |
| Pulse duration | <20ns@100kHz |
| Pulse-to-Pulse Stability | <2% |
| Polarization Ratio | >100:1 |
| Polarization Direction | Vertical |
| Spot circularity | >90% |
| Cooling | Water cooling |
| Power Supply | AC220V±10% |
| Power Consumption | <2.5kW |
Applications
1. Precision material processing 2. High-quality beam applications 3. Industrial manufacturing
Key Features
1. Leading technology 2. High reliability 3. High-frequency high power
Datasheet
Product Datasheet
PDF
Supplier Information
The company's main business focuses on the upstream of the laser industrial equipment manufacturing industry. It is engaged in the research and development, production, and sales of "advanced solid-state lasers" (Diode pump solid state laser) and laser precision processing solutions.
The company's core technology originates from a senior R&D team in North America. The founding team is a group of people with innovation ability, efficiency, and a practical spirit. "Entrepreneurial team, partners, and market resources" are the core of our survival and sustainable development.
Since its establishment, the company has completed the project research and development and industrial mass production of the full line of products including "high-power and high-energy green lasers", "nanosecond medium and high-power solid-state lasers", and "all-solid-state picosecond ultrafast lasers". The core performance of the products benchmarks against industry general standards, and on this basis, it has rapidly initiated the research and development of supporting application system solutions.
High-power and high-energy green lasers and high-power ultraviolet pulse lasers have outstanding performance in the processing of superhard materials, new energy batteries, and new semiconductor materials. The advancement of this project is expected to lay the foundation for the company's continued rapid development in the next three years and provide logistical support for the extension of the industrial chain in this field.
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