Songshan Lake Materials Laboratory, Institute of Physics, Chinese Academy of Sciences(CAS)
Transparent Ceramic Team Industrialization Model Factory
Inventor of Kilowatt-level COB Packaging Technology
2025, Innovative invention of new ceramics phosphor COB ceramic substrate SMT light source to fill the gap in the industry;
2025, High lumen street light module (overall light efficiency ≥ 210lm/W);
2024, First launch of light-cutting airport apron lighting high mast lamp (won the 12th Alighting Top Lamp Award);
2024, High insulation and voltage-resistant high-density high-power COB light source research and development and application;
2023, Launched large space lighting high-power deep anti-glare downlight series (Alighting recommended hot selling product);
2023, Launch of high-power COB optics electric & thermal integration module (won the 11th Alighting Best Product Award);
2023, Developed the first 8000-watt COB light source LM-80 aging cabinet with BACL Laboratory (U.S.A.);
2017,1200W COB industry first application (Inventronics® provides 1200W driver customization);
2016, 600W COB was first applied (Inventronics® provides the first 600W driver customization);
2016, Developed the first kilowatts light source LM-80 aging cabinet (customized by BACL Laboratory U.S.A.);
2015, The industry pioneered kilowatts light source packaging technology, filling the gap in the industry;
2013, Member of the Brilliant Plan of the Chinese Academy of Sciences(CAS) for R&D for light sources of 600W.


New Ceramics Phosphors COB Ceramics Substrate SMT Lighting Source
Construction of Unique Low Thermal Resistance Channels
Thermoelectric Separation Structure Ceramic Support
High Reflective Ceramic Interface without Vulcanization
Efficient combination of COB and SMT technology

New Ceramics Phosphors COB High Power Density Lighting Source
Construction of Unique Low Thermal Resistance Channel
Solving the Problem of High-power COB Heat Removal
High Temperature Resistance Alleviate Light Decay
Innovative Packaging Achieves High Power Reliability







