Precision die-cut equipment with embedded vision and deep learning for electronics manufacturing
Zhongding Gaoke develops precision rotary die-cutting machines for consumer electronics, built on an embedded-systems stack (Sysmac Studio, CODESYS, Siemens, Mitsubishi Electric) paired with computer-vision and deep-learning modules (OpenCV, TensorFlow, PyTorch, Caffe). The tech mix reveals a hardware-first company layering AI-driven defect detection on top of industrial motion control—a pattern typical of equipment makers moving from mechanical inspection to autonomous quality gates. Team composition skews heavily engineering (5 senior roles) with minimal sales structure, consistent with a B2B equipment manufacturer at early scale.
Zhongding Gaoke manufactures high-precision rotary die-cutting equipment primarily for smartphone and tablet makers. The company operates from Tongzhou, Beijing, and focuses on two product axes: the core mechanical platform and an overlay of AI-driven defect detection. Active development spans hardware-software integration, next-generation equipment design, and optimization of manufacturing cost and product quality. Current team is ~4 headcount with engineering-dominant staffing.
Sysmac Studio, CODESYS, Siemens, and Mitsubishi Electric. The stack indicates motion-control and PLC-based architecture typical of precision manufacturing equipment.
Yes. Deep-learning defect detection is an active project, built on TensorFlow, PyTorch, Caffe, and OpenCV for vision-based quality inspection.
Core initiatives include a deep-learning defect-detection software platform, vision hardware system integration, and new equipment development, while addressing cost reduction and quality improvement challenges.