Focuslight will debut in 2019 Laser Photonics China


Laser Photonics China will be held in Shanghai on March 20 to 22.

Focuslight will bring its high-power semiconductor laser and laser optical series products to the exhibition. Welcome to visit our booth!

Booth Preview

Time: Mar 20-22, 2019

Adress: Shanghai New International Expo Center

Booth: Hall W2, 2622


Product Presentation

LiDAR Series


Focuslight offers various components that applicable to LiDAR technical solution, including Laser Source(Diode Laser, DPSSL), Optics(FAC Lens, FAC+SAC Array, Monolithic Lens), Line Beam Generator, Area illumination / Diffuser and Electro-Optical Assembling.



DMCC is a new fully hard solder collimation-adjustable microchannel semiconductor laser by Focuslight, is characterized by the low smile, high output power (up to CW 200W/bar), and high reliability. Upon fully hard soldering methods, DMCC is able to work under a high-power condition. The lifecycle of high-power MCC was upgraded to above 20000 hours. Also, due to its particular encapsulation structure and hard solder encapsulation, the near-field nonlinear phenomena (Smile) is confined to within 1.5μm, thus conducive to the direct application of high-power semiconductor lasers. At present, this product was fully applied in Focuslight’s Dlight cladding system and Activation Line IR system, with higher reliability and more uniform light spot.

Activation Line IR


Activation Line IR linear beam laser is equipped with fully none-indium high-power semiconductor laser light source, based on LIMO’s unique micro-optics shaping technique, this laser can form accurate-shaping line beam of high uniformity and high power density, with length from 0.5 to 2 meters. It differs from the traditional material processing method of point light source and the processing efficiency was considerably improved. 

Industrial Laser Systems (ILS)


Focuslight’s Industrial Laser Systems (ILS) are based on the world’s leading micro-optics shaping homogenization technique. It rapidly provides system integrators with proper solutions upon laser & optical shaping head, is characterized by compact design, easy integration, high stability and consistency. Which can be applied in plastic welding and many other manufacturing processes.

Concurrent Events

Special Reports

14th International Laser Processing and Systems Conference

Mar 20 15:15~15:40 Victor Liu《Application of high power density line laser in advanced manufacturing》

6th Chinese Laser Market Summit

Mar 21 13:30-15:15 Victor Liu 《Round Table Discussion: High Power Lasers and Market Applications》

Reports on Booth

During the same period of the exhibition, Focuslight technicians will share their latest achievements in the research field of high-power semiconductor laser and laser optics at the booth (Hall W2 2622). The contents are as follows:

Mar 20

14:00-14:20 Focuslight on Automotive LiDAR

14:30-14:50 Activation Line IR: Boosting Productivity with Line Laser Systems

Mar 21

14:00-14:20 The Progress on High Power Diode Laser

14:30-14:50 LIMO Micro-optics -- New Large Angle Diffusers with FOV up to 120°

Live Show

On March 20, 15:25, Focuslight will broadcast online in conjunction with OFweek. At that time, Focuslight R&D director Lei Gao will introduce the latest R&D achievements and product exhibition of Focuslight online. If you can't come to the booth, you can know the real-time situation through online live broadcast.

About Focuslight:

Founded in 2007, Focuslight is a fast growing high-tech company committed to research, development and manufacturing of high power diode lasers. Headquartered in Xi’an, Shaanxi, China, Focuslight provides its products to a variety of different customers like OEMs, ODMs and system integrators in markets worldwide. With its extensive engineering capabilities from thermal, optical and mechanical design to die bonding, FAC assembling and fiber coupling to system integration, Focuslight is dedicated to providing customers with well-matched all-round solutions according to their actual needs. For more information, please visit