Addor Capital

NanoLN is a Chinese manufacturer of single‑crystal lithium niobate and lithium tantalate thin films and ultra‑thin wafers. The company supplies these materials for use in integrated photonic modulators, optical filters, infrared detectors, terahertz devices, ferroelectric random‑access memories, transducers, sensors, and oscillators. It also offers ancillary processing services such as ion implantation, wafer thinning, plasma‑enhanced chemical vapor deposition, and chemical mechanical planarization. Founded in 2010 and headquartered in Jinan, the firm serves the optical crystal and semiconductor markets.

Arrayed Materials is a Shenzhen-based developer and manufacturer of thin-film material fabrication systems driven by pulsed laser deposition and high-throughput preparation technology. The company supplies equipment to industrial clients for rapid material testing and characterization, including composition, electrical, optical, and magnetic testing, supporting research and development and process automation. Its fabrication technology targets solid-state inorganic materials such as superconducting, lithium battery, energy-related, ceramic, photoelectric, sensor, alloy, semiconductor, and magnetic applications, enabling automated recording and intelligent comparison of synthesis processes.

Vidacom specializes in the biological manufacture of natural goods based on synthetic biology technology.

Boyuan Biotechnology is a one-stop comprehensive service platform for animal and plant functional gene research and application, offering gene cloning, total gene synthesis, overexpression and complementary vector construction, gene editing vectors, interference vectors, multi-gene transformation vectors, and protein expression.

Micro-nano core is committed to the development and production of the world's leading intelligent IoT AIoT SoC serialized chips, through the world's leading four core technologies: ultra-low-power chip architecture technology (to solve the problem of system standby power consumption), ultra-low power consumption Power consumption closed-loop adaptive near-threshold circuit technology (to solve the problem of chip running power consumption), ultra-low power consumption and high-precision sensor acquisition technology (to solve the problem of high precision and low power consumption of sensor signal acquisition) and high-efficiency embedded AI engine technology (solving the computing power and energy efficiency of embedded AI), creating a general/platform technology system for IoT chips and AIoT serialized chips, enabling IoT products, and significantly improving the low power consumption, low power consumption, and low power consumption of future IoT products High-precision detection and edge AI inference performance.

Terapark is a technology company focused on developing terahertz chip solutions, primarily through integrated circuit modules and related equipment. It specializes in CMOS terahertz integrated circuits and real-time imaging systems, as well as terahertz sensors. By leveraging standard silicon technology, such as CMOS and SiGe, with nanometer precision, Terapark aims to make terahertz technology more accessible and cost-effective. The company's innovations promote the application of terahertz technology across various domains, including intelligent manufacturing inspections, transportation monitoring, energy sector oversight, environmental assessments, and health monitoring. Through its advancements, Terapark seeks to drive the wider adoption of terahertz solutions in multiple industries.

Anhui Chunyuan Coating Technologies Ltd specializes in the design and manufacture of vacuum coating systems, offering a range of coating equipment and services. Established in 2014 and located in Hefei, China, the company develops advanced technologies for vacuum coating applications, including sputtering, multi-arc ion plating, and ion beam etching. Chunyuan holds over 50 intellectual property rights, including patents for its Pure Ion Coating (PIC) system, which enhances the surface structure of materials and produces high-performance metal, alloy, and diamond films. Their patented New Diamond Technology (NDT) also enables the production of diamond films with exceptional stability. The company's film offerings include a variety of specialized coatings such as Ta-C, diamond-like carbon (DLC), low-temperature nitrides, carbides, and high-density metal/alloy films, catering to diverse industrial needs in China.

Leadmicro is an equipment manufacturer that specializes in the research and development of advanced micro- and nano-scale technologies. The company is engaged in the production and sales of thin film deposition equipment, with a focus on semiconductor and pan-semiconductor atomic layer deposition (ALD) technology. Additionally, Leadmicro provides thin-film equipment and mass production solutions tailored for flexible electronics and next-generation high-efficiency solar cells. Through its innovative offerings, Leadmicro aims to advance the capabilities and applications of micro- and nano-scale manufacturing processes.