Minster is a high-tech enterprise specializing in the research, development, production, and sales of industrial automation equipment and AI-powered vision inspection systems.
We are committed to providing manufacturing customers with precise, efficient, and intelligent automation solutions—including inspection, packaging, and integrated stamping–inspection–packaging systems—to support the digital and automated transformation of modern production lines.
AI-Driven Visual Inspection Machines: CCD cameras combined with AI deep learning for high-precision inspection of appearance and dimensional accuracy. Detect scratches, contamination, stains, orientation errors, and dimensional deviations up to 0.01 mm.
Automated Packaging Solutions: Carrier tape and tray packaging, flexible multi-nozzle feeders, and robotic arm handling. Integrated product counting, defect marking, and traceability for high-volume, stable production.
Integrated Stamping, Inspection & Packaging Systems: Inline systems combining forming, inspection, and automated packaging for seamless production. Optimized for throughput, reduced process steps, and continuous operation in high-precision manufacturing. Applications: Battery components, electronic parts, fasteners, precision stamped metals, plastic components, and other carrier-taped or tray-packaged products.
Key Advantages
Company Advantages
Proven Expertise: Over 8 years of delivering industrial automation equipment across multiple manufacturing sectors.
Innovation Leadership: Continuous investment in AI vision inspection, robotics, and precision mechanical design.
AI Vision Inspection: Reduces false rejects, improves defect detection, and adapts to product variation.
Precision & Reliability: Up to 0.01 mm inspection accuracy ensures compliance with strict production standards.
Customizable & Modular: Tailored adjustments for products, tooling, and production workflows, delivering a future-proof solution.
Product Advantages
Full Automation: Seamlessly integrates feeding, inspection, packaging, and optional forming in one or multi-line production setups.
Versatile & Flexible: Supports different product types, carrier tape/tray formats, and modular tooling adjustments.
High Throughput: Ranges from 2K–50K pcs/hour, depending on product size and inspection complexity.
Corporate Culture
Innovation: Leveraging AI vision inspection and automation to continuously enhance product quality and production efficiency. Precision: All systems are engineered for high-accuracy inspection, handling, and packaging. Customization: Equipment and processes can be adapted to a wide variety of products, carrier formats, and production workflows. Operational Excellence: Focused on stable, efficient, and scalable production, reducing manual intervention while maximizing output. Culture & Performance: Minster’s culture drives the development of advanced automation solutions, empowering manufacturers with intelligent, high-performance equipment that integrates seamlessly into modern production lines.
Company History
2015
Company founded, focusing on the development of automated inspection and packaging equipment for manufacturing industries.
2016
Successfully achieved mass production of automated inspection, packaging, and carrier tape production line equipment, marking the company’s entry into large-scale industrial automation solutions.
2020
Expanded product portfolio to cover a full range of automation and inspection systems, including: AI-powered CCD visual inspection machines Carrier tape packaging and inspection equipment Flexible vibratory feeder systems Robotic arm visual inspection and packaging machines Multi-nozzle bulk feeding and automated packaging solutions
2024
The company and its subsidiaries obtained a total of 34 intellectual property rights, including 9 invention and utility model patents and 25 software copyrights, reinforcing strong technological innovation capabilities.
2025
Fully integrated AI deep learning technology across all CCD visual inspection equipment, significantly enhancing detection accuracy, stability, and adaptability for complex manufacturing environments.
2026
Initiated the development of integrated automation systems combining stamping, forming, inspection, and packaging into a single intelligent production platform, advancing toward fully automated smart manufacturing solutions.
