Lenovo Capital and Incubator Group (LCIG)

Shiguang Semiconductor develops solid-state laser scanning lidar that fires laser pulses and detects bounced signals from objects. By extracting the distances and relative velocities to objects from the signal, and turning the beam in different directions, a 3D model of the environment is built and represented in data called a point cloud.

Edrive Space specializes in the development of aerospace propulsion systems, focusing on electrothermal micro-propulsion technology. This innovative approach addresses the limitations of traditional electric propulsion systems, which often suffer from issues related to weight, power consumption, and thrust. Edrive Space's products are tailored for the rapid deployment and networking of micro-nano satellites, making them ideal for applications such as emergency collision avoidance of space debris and active deorbiting. The company's solutions are designed to meet the demands for low-cost, standardized, and batch-produced propulsion systems, thereby supporting the growth of the aerospace industry, particularly within China.

TuringQ, established in February 2021, specializes in the research and development of quantum information technology. The company focuses on the creation of optical quantum chips and quantum computing systems, utilizing advanced techniques such as lithium niobate on insulator (LNOI) photonic chips and femtosecond laser direct writing technology. TuringQ has made significant advancements in photonic quantum chips, scientific research-grade photonic quantum computers, and photonic quantum measurement and control systems. In addition, it offers photonic quantum electronic design automation (EDA) software and a quantum cloud platform. By integrating large-scale photonic circuit technology, TuringQ aims to build complex optical quantum systems, contributing to the fields of power engines and intelligent computing industries.

Shiguang Semiconductor develops solid-state laser scanning lidar that fires laser pulses and detects bounced signals from objects. By extracting the distances and relative velocities to objects from the signal, and turning the beam in different directions, a 3D model of the environment is built and represented in data called a point cloud.

Shenzhen Baimai Technology Co., Ltd., established in 2015, specializes in developing automated optical inspection (AOI) visual systems for defect detection. Its product portfolio includes Lens AOI and auto focus solutions, RGB color control systems, format laser cutting vision systems, and solar panel AOI systems. The company, headquartered in Shenzhen, China, aims to enhance clients' product quality and production efficiency through its advanced inspection technologies.

Light Theto Beijing Science and Technology Development Co specializes in the research, development, manufacture, and supply of diffraction optics and micro-nano optical solutions. Based in Beijing, China, the company focuses on providing complete optical solutions for various applications, including three-dimensional sensing in LED and laser lighting, vehicle systems, security monitoring, human-computer interaction, and industrial automation. Light Theto boasts a top-tier research and development team and has established mature production technology. The company has developed proprietary diffractive optical design software and utilizes advanced nanometer manufacturing techniques. Its efficient mass production processes enable the company to produce high-quality diffractive optical elements at scale, positioning it as a leader in the industry.

Light Theto Beijing Science and Technology Development Co specializes in the research, development, manufacture, and supply of diffraction optics and micro-nano optical solutions. Based in Beijing, China, the company focuses on providing complete optical solutions for various applications, including three-dimensional sensing in LED and laser lighting, vehicle systems, security monitoring, human-computer interaction, and industrial automation. Light Theto boasts a top-tier research and development team and has established mature production technology. The company has developed proprietary diffractive optical design software and utilizes advanced nanometer manufacturing techniques. Its efficient mass production processes enable the company to produce high-quality diffractive optical elements at scale, positioning it as a leader in the industry.