635- 1064nm Micro Channel Diode Bars 58 Unmounted Single Emitters

808 nm QCW Laser Diode Unmounted Bar , 200 watt High Power Laser Diode Bar

Semiconductor lasers are the centerpiece of most of today’s industrial laser systems. Whether direct material processing or optical pumping of solid-state lasers, fiber lasers or disc lasers, the unmounted single emitters and bars are the key component for the initial conversion of electrical energy into light.

HTOE has been focusing on the semiconductor wafer technology from 1998, delivers the multimode high power at wavelengths between 635 and 1064nm.

• High Power multimode unmounted bars up to 40W CW and 200W QCW output
• Unmounted single emitters up to 2W CW Power
• Available wavelengths include 635nm, 650nm, 808nm, 980nm and 1064nm

Parameters(25℃)

Notice

1. Item notice: LDAQ1( item model)-****( center wavelength)-****( output power).

2. Data sheet is based on the result of testing under 25℃, pulse width 200μs, frequency 50Hz, and duty cycle 1%.

3. Data sheet is based on the CS package testing.

4. For more information, please contact Hi-Tech Optoelectronics Co., Ltd.

Hi-Tech Optoelectronics Co., Ltd. is a wholly-owned subsidiary of CECEP, is a high-tech enterprise established on the basis of National Optoelectronic Engineering Research Center.

• Established in 1999
• Registered Capital：227 million RMB
• Located in Shahe Industrial Park, Beijing
• Employees：~180
• Products: Semiconductor Lasers

Headquarter in Beijing：

• Over 3000m² of manufacturing space, and more than 1500m² clean room with class 1,000 and 10,000 ；
• The new factory planned with 11,000m², and under construction now.

R&D Platform

• National Optoelectronic Engineering Research Center
• Post-doctoral Research Center
• Engineering Technology Research Institute Optoelectronics Branch of China Energy Conservation Group

More than 30 core patents：

• Ep-Wafer Structure Design
• COMD control
• Electrode process
• Chip process
• Chip packaging
• Beam shaping
• Fiber coupling

Leading provider of laser diodes and laser-based solutions in China.