Engineered for extreme reliability, operational uptime, and seamless production integration.
Established in 2015, Henan Collins Machine Co., Ltd. has dedicated its operations to the advanced design, manufacturing, and integration of end-to-end automated packaging and flexible pouch systems. Over a decade of technological pursuit has culminated in the development of 20 national invention patents, signaling our dedication to mechanical design innovation. We produce comprehensive, customized machinery ranges including automated labeling, filling, capping, coding, sealing, and shrink-wrapping solutions engineered to serve modern production facilities.
By focusing on vertical system integration, our engineering teams ensure that each unit functions as an optimized module within a larger production workflow. We provide packaging operations with the tools necessary to reduce labor overhead, decrease raw material waste, and optimize mechanical throughput, supporting manufacturing facilities worldwide.
Operating under rigorous ISO 9001, SGS, and RoHS certifications to guarantee international equipment standards.
Our manufacturing framework combines lean production principles with CNC-driven precision metal processing. By maintaining in-house assembly, cutting, milling, and quality-control lines within our 5,000 m² facility, Collins guarantees part-to-part consistency and long-term equipment reliability. This centralized control minimizes sub-assembly tolerances, enabling our packaging machinery to execute hermetic seals and exact container fill rates over continuous multi-shift production cycles.
Pioneering tomorrow's flexible pouch technology through mechanical precision and digital integration.
Adapting heat-sealing jaw dynamics and dwell-time algorithms to support 100% recyclable mono-material PE and biodegradable plant-based films without losing barrier properties.
Integrating real-time infrared thermal cameras and vision systems directly into vertical form-fill-seal lines to flag seal voids, creases, or localized product contamination instantly.
Utilizing OPC-UA protocols to establish communication channels from individual modules to enterprise networks, enabling real-time telemetry, predictive maintenance, and overall equipment effectiveness tracking.
Our development roadmap is centered around reducing operational downtime for manufacturers. As film laminates transition toward thinner, more sustainable formulations, packaging equipment must dynamically adjust sealing parameters. Collins continues to refine servo-driven jaw movements and proportional-integral-derivative (PID) temperature loops to accommodate these materials without sacrificing cycle speeds.
Additionally, integrating continuous industrial inkjet, thermal transfer, and fiber laser coders directly into the machine assembly path ensures clear batch traceability. Our hardware and software integration ensures complete print coverage for linear and 2D barcodes, production dates, and batch serialization numbers at high cycle speeds.
Adapting packaging designs to the regulatory, cleanroom, and durability standards of diverse global markets.
Different markets present unique compliance and mechanical demands. Our packaging architectures are built around specific industry regulations:
Optimized steps from technical specification review to Factory Acceptance Testing (FAT).
For global procurement teams, buying capital equipment from China requires transparency, adherence to specifications, and predictable lead times. Collins operates under a structured engineering engagement flow:
Ensuring operational compliance and local engineering support across five continents.
Operating self-managed import/export licenses enables us to deliver systems directly to sites across Asia, Europe, Africa, North America, and South America. We address cross-border compliance through:
Detailed technical answers regarding flexible pouch seal integrity, system integration, and operation.
From manual dosing to automated case packing and coding, our systems fit seamlessly into existing line layouts.
Collins Machine