At a glance
| Booth | P5224 |
| Country | TW |
| Website | www.gpcltd.com.tw |
Company profile
GREAT PRECISION CO., LTD. was established to provide semiconductor and optoelectronic-semiconductor customers with back-end process equipment together with customized automation-equipment research, development, and design. The company describes its development path as beginning with semiconductor back-end process equipment and then extending its own technology and expertise to automation requirements in other industries. Its current industry categories include Integrated Circuits, Rectifiers, Power Crystals, Optical Components, Storage Media, Passive components, and other high-performance and high-precision automatic production equipment. Beyond semiconductor-related equipment, GREAT PRECISION CO., LTD. also develops and manufactures cross-industry automation equipment for Automotive, Medical Biotechnology, and LCD panels. The company's stated goals include continued development and manufacturing of cross-industry automation equipment for those Automotive, Medical Biotechnology, and LCD-panel applications. It also aims to meet customer process-standardization requirements and maximize the efficiency of automation equipment across entire production lines and plants. Industry 4.0 application is identified as another part of the company's vision and goals, linking its equipment-development work with plant-wide automation and digitalized production management.
Exhibits
GREAT PRECISION CO., LTD. develops and manufactures semiconductor back-end process equipment and provides complete equipment planning and solutions based on customer equipment requirements. Its optocoupler-component process equipment is designed specifically for matrix assembly flows to improve production capacity and yield while supporting product consistency and process reliability. Automotive-parts automatic assembly equipment uses a modular design and robotic arms to achieve high repeatability and stable production. With integrated sensors, the automotive assembly equipment performs real-time torque monitoring and part alignment to raise assembly yield, reduce manual error, and support consistent quality for vehicle components. Medical-industry equipment is designed for medical-device manufacturing and assembly flows and includes automation for insulin injection pens, electrode patches, and test-strip lamination. For those medical applications, stable process integration is used to improve production quality, consistency, and line efficiency in response to the industry's requirements for reliability and standardization. AOI and AI application equipment combines AOI with automated recognition of small dents, scratches, and other complex defects while reducing overkill and missed detections. Big-data learning is used in the inspection workflow to improve inspection efficiency, reduce the cost of manual reinspection, and support high-yield output. Robotic-arm application equipment integrates automatic transport and pick-and-place process technology for electronics and automotive production lines. These robotic systems can be paired with visual recognition and customized modular design to support smart manufacturing, automated-line integration, higher efficiency, and stable operation. Its Industry 4.0 implementation is based on RFID and AOI vision technology and starts product-ID cloud traceability from the incoming-material station. The connected process flow includes laser wire stripping, resistance welding, laser welding, and precision automatic labeling, with each station using RFID to retrieve server parameters in real time for autonomous production. Process big data is returned through the system to automate full-process production history, while the final stage integrates AOI final inspection and laser marking for quality control. Agricultural seedling equipment is used for sowing, soil covering, and seedling management and includes semi-automatic and fully automatic sowing and soil-covering machines that improve seeding accuracy, operating efficiency, and seedling consistency. AMR Robot is also listed in the company's equipment portfolio, alongside semiconductor back-end equipment, optocoupler process equipment, automotive assembly systems, medical equipment, AOI and AI systems, robotic-arm applications, Industry 4.0 solutions, and agricultural seedling equipment.
Capabilities and products
- semiconductor back-end process equipment R&D and manufacturing
- custom automation equipment R&D and design
- opto-coupler matrix assembly equipment
- automotive-parts automated assembly equipment
- medical-device automation equipment
- AOI & AI complex-defect inspection equipment
- robotic automated transfer and pick/place equipment
- RFID/AOI cloud production traceability line integration
- nursery seeding and soil-covering equipment
- AMR Robot