Hangzhou Brandnew Technology Co., Ltd. is one of China's leading manufacturers and premier suppliers of advanced 100w 940nm horizontal diode laser stack. Operating a state-of-the-art factory, we specialize in the entire production spectrum—from high-performance chips, TO/F/C Mounts, COS, and MCC bars, to robust stacks and advanced fiber-coupled solutions.
100W 940nm Horizontal Diode Laser Stack
Features:
- 940nm 100W high electro-optic conversion efficiency
- Horizontal stacked bar layout, compact flat structure
- High-efficiency heat sink with low thermal resistance
Applications:
- Nd series solid-state laser pump source for marking, engraving and micro welding machines
- Industrial thermal processing: plastic welding, resin curing and non-metal surface treatment
- Medical physiotherapy and skin beauty therapeutic equipment
- Machine vision high-brightness infrared fill light for workpiece scanning detection

This 100W 940nm horizontal laser stack adopts horizontal bar stacking design with stable power and excellent heat dissipation. It supports easy beam shaping and system integration, widely used as pump source for solid-state lasers, as well as light source for industrial non-metal processing and medical therapeutic devices.
Data Sheet
Item No: CC940HA100
|
||||||||||||||||||||||||||||||||||||
Drawing:

Why Partner with Hangzhou Brandnew Technology Co., Ltd.?
"By working directly with the source, you gain a decisive competitive edge:

15
years experience
- Core Technology: Proprietary optical designs ensure industry-leading performance and strict quality consistency.
- Customize available: Our veteran engineers and flexible factory rapidly turn your custom requirements into scalable solutions, shortening your R&D cycle.
- Factory Pricing & Strict QC: From raw materials to final aging tests, our rigorous quality control guarantees maximum reliability at highly competitive, direct factory prices.
Hot Tags: 100w 940nm horizontal diode laser stack suppliers, manufacturers China, factory, wholesale, made in China










