Explore our top-tier ODM/OEM robotics engineered for ultra-fast take-out, precise inserts placement, and high-efficiency injection molding production lines.
Zhejiang Zhiyi Intelligent Robot Co., Ltd. combines rigorous engineering standards, proprietary IP, and scalable manufacturing to empower global smart factories.
Unlocking information gain, operational transparency, and systemic productivity through custom servo automation.
Modern plastic transformation facilities require more than standard top-entry pickers. Global OEMs and injection molders encounter varied mold geometry, tight press clearances, multi-component insertion requirements, and aggressive cycle time targets. Contracting with a direct ODM robot equipment supplier guarantees tailored mechanical kinematics, customized End-of-Arm Tooling (EOAT), and native software handshakes (such as Euromap 67 and SPI standards) tuned specifically to your machinery.
Deploying Zhejiang Zhiyi's servo manipulators typically delivers total cost reduction of up to 30% for small-to-medium enterprises (SMEs). By mitigating high labor turnover, reducing scrap rates caused by irregular manual extraction, and minimizing mold dry-cycle delays, automated robotic cells consistently achieve complete capital amortisation within 8 to 14 months of operational deployment.
Choosing the optimal robotic architecture requires matching mechanical degrees of freedom with production intent. Below is an engineering comparison derived from Zhiyi’s project implementations across 500+ operational deployments:
Driven by AC servo motors on X, Y, and Z main axes. Ideal for high-speed top-entry part removal, simple stacking, conveyer dropping, and standard spruing. High acceleration (up to 10m/s²) ensures cycle times under 4.5 seconds.
Equipped with additional servo rotations (C-axis wrist flipping / A-axis turning) and secondary sub-arms. Crucial for complex part extraction, dual-cavity three-plate mold separation, In-Mold Labeling (IML), and high-precision insert placement.
Specifically reinforced for large-tonnage injection molding machines (2000T to 2300T). Engineered with dual telescopic kick stages to accommodate low-headroom factory layouts while safely carrying heavy payloads up to 50kg.
Zhejiang’s advanced intelligent robotics cluster provides unprecedented industrial synergies, rapid prototyping capabilities, and robust supply chain integration.
With localized upstream access to precision linear guides, high-rigidity aluminum profiles, and custom CNC machining hubs, Zhejiang Zhiyi completes custom ODM EOAT and robotic structural modifications in days rather than months.
Our engineering team designs turnkey cells that seamlessly combine robot arms with downstream equipment—including automated conveyor belts, sprue granulators, optical sorting cameras, and automatic packaging machines.
Optimized manufacturing techniques, combined with high-volume annual production of 2,500+ units, allow Zhiyi to offer premium multi-axis robotics at highly competitive tier-1 factory pricing.
From specialized truss manipulators to recognized National High-Tech Enterprise status—pioneering the intelligent transformation of global manufacturing.
In today's rapidly developing industrial automation field, Zhejiang Zhiyi Intelligent Robot Co., Ltd. has become a recognized industry leader through technical strength and continuous innovation. Established in 2017, the company remains dedicated to providing high-quality automation equipment and end-to-end solutions that promote the smart transformation of modern manufacturing.
Holding 13 utility patents and inventions covering mechanical design, advanced control systems, and sensor integration, Zhiyi actively collaborates with scientific research institutions and universities to maintain standard-setting performance.
Established with a vision to enhance manufacturing efficiency through intelligent automated technologies during the onset of Industry 4.0.
Achieved key market breakthroughs in automated production lines for thermos cups, lunch boxes, and container hardware.
Expanded portfolio into multi-axis servo robots, articulated arms, auto-packaging machines, automotive parts, and precision electronics lines.
Awarded national honorary status for technological achievements, solidifying leadership in industrial automation export markets.
Tailored robotic automation engineered to excel in diverse industrial environments and vertical production lines.
Precision extraction for bumpers, interior dashboards, and under-hood components using heavy-duty 3-axis and 5-axis servo robots on 1000T to 2300T presses.
Customized welding, automatic inlay insertion, and high-speed transfer robotics for stainless steel vacuum cups, containers, and kitchen utensils.
Specialized 3-axis silicone servo-controlled robotic arms designed for dust-free medical device and food-contact silicone molding applications.
Ultra-fast cycle times for thin-wall container take-out, automatic stacking, and downstream automated packing line integration for high-volume consumer goods.
Integrating deep learning algorithms, neural network motion control, and multi-degree-of-freedom mechanical engineering.
High precision, high stability, and fast trajectory response. Developed across various weight classes to match injection molding presses from 100T to 2300T.
Multi-degree-of-freedom articulated robotic arms for complex trajectory operations, precise deburring, ultrasonic welding, and post-molding processing.
Integrated downstream boxing, sealing, and wrapping equipment designed to work in sync with robotic extraction arms for fully autonomous smart factory workflows.
Sensorized pneumatic and servo grippers combined with optical machine vision for real-time defect inspection and micro-positioning adjustments.
Serving over 25 major industrial clients across Southeast Asia, Europe, and domestic high-tech manufacturing sectors.










Detailed technical answers to common queries from procurement officers, plant managers, and automation engineers.
Select from our extended series of servo robotic manipulators designed to optimize factory production output.