— 2400W High Peak Power for Compact Side-Pumped DPSS Laser Modules
As demands rise for compact, high-peak-power, and energy-efficient DPSS laser sources, Oriental-laser proudly introduces its latest innovation: the ARC-C series half-ring diode laser stack, a game-changer in side-pumped DPSS system design.
Unique Arc Structure — Dual Module, One Circular Beam
This semi-circular laser module is designed for mirror-image pairing. Two ARC-C units form a complete ring structure, delivering highly uniform pumping geometry for DPSS crystals.
Key structural benefits include:
- 6 laser bars per module, each delivering 200W QCW peak power — 1200W per arc, 2400W per ring
- High packing density and uniform lateral pumping, ideal for compact end-pumped or side-pumped DPSS designs
- Dimensions: 13mm × 15mm × 27mm; Weight: 25g only, optimized for lightweight integration
- Optional upgrade: up to 13 bars per arc, enabling 2600W peak power in a single half-ring structure
Technical Highlights (Model: ARC-C-1200-6-200)
Peak Optical Output: 1200W per module
Number of Bars: 6 bars, 200W per bar
Central Wavelength: 808nm ±2nm at 65°C
Working Mode: QCW (Quasi-continuous wave)
Duty Cycle: ≤0.5%
Pulse Width: 50–250μs
Frequency Range: 1–1000Hz
Drive Current: ≤200A, Voltage: ≤12V
Electro-optical Efficiency: >50%
Beam Divergence (FWHM): <39°⊥ / <10°‖
Cooling: Conductively cooled
Operating Temp: -40°C to +60°C
Engineering Advantages — Rugged. Adaptive. Long-Lasting.
- Vacuum solder-sealed metal housing, ideal for military and aerospace laser applications
- Supports wavelength mixing from 792nm to 814nm, suitable for custom pump schemes
- Wide temperature adaptability from -45°C to +70°C, enabling outdoor or vehicle-based deployment
- Customizable bar pitch and thermal interface to meet demanding integration scenarios
Application Fields
This arc-shaped diode laser is optimized for:
- LiDAR systems (Aerial, Automotive)
- High-energy micro-processing
- Picosecond/NS DPSS laser platforms
- LIBS spectroscopy systems
- Military-grade optoelectronics
Learn more at: www.oriental-laser.com
Contact us: [email protected]
