Explore our elite range of 3-axis and 5-axis servo robots engineered for 250T to 2300T all-electric injection molding machines.
An authoritative analysis on energy efficiency, micro-precision kinematics, and smart automation integration for modern plastic processing plants.
Global plastic injection molding manufacturers face unprecedented pressure to reduce carbon intensity. All-Electric Injection Molding Machines (imm), powered by independent AC servo motors on clamping, injection, metering, and ejector axes, deliver 30% to 70% energy savings compared to traditional hydraulic systems. By eliminating hydraulic oil viscosity shifts, energy is consumed strictly during mechanical movement.
For high-precision applications in medical diagnostic disposables and micro-electronic connectors, all-electric systems eliminate shot-weight variances. Featuring closed-loop dynamic pressure control and position feedback repeatability within ±0.01 mm, electric machines eliminate thermal fluctuation errors standard in hydraulic oil reservoirs.
The total absence of hydraulic fluids, oil mists, and particulate emissions makes all-electric injection molding machines the gold standard for ISO Class 7 and Class 8 cleanrooms. Paired with 3-axis and 5-axis linear servo robots, cleanroom contamination risks are systematically mitigated.
In today's rapidly developing industrial automation field, Zhejiang Zhiyi Intelligent Robot Co., Ltd. has become a leader in the industry with its outstanding technical strength and innovative spirit. Since its establishment in 2017, the company has always been committed to providing customers with high-quality automation equipment and solutions to promote the intelligent transformation of the manufacturing industry.
Established from the founder's deep insight into Industry 4.0, aiming to enhance manufacturing productivity and part quality through advanced intelligent robotics.
Focused on high-speed truss manipulators, making breakthroughs in thermos cups and automated lunch box production lines with widespread market acclaim.
Expanded into multi-axis articulated robots and automated packaging systems, diversifying into kitchenware, household items, automotive parts, and precision electronics.
Honored with the official "National High-Tech Enterprise" designation, affirming our technological leadership, robust R&D pipeline, and intellectual property portfolio.
Maximizing overall equipment effectiveness (OEE) through high-speed robotic extraction, in-mold labeling (IML), and automated insert molding.
Our core product line engineered with ultra-light carbon-fiber reinforced arms and high-torque AC servo drives. Achieves vibration-free, high-speed take-out cycles under 0.6 seconds for fast-cycle injection molding setups.
Capable of executing multi-degree-of-freedom secondary processes including gate cutting, flame treating, ultrasonic welding, vision inspecting, and downstream palletizing with maximum workplace flexibility.
Seamlessly links the injection molding machine outfeed directly to automated bagging, cartooning, and boxing systems, reducing manual labor overhead by up to 80% on high-volume production lines.
Backed by 11 utility patents and key mechanical structure innovations covering dynamic motion control, safety brake interlocks, and vacuum gripping circuits.
Consisting of senior mechatronic designers, control system architects, and software specialists driving continuous iterations in AI-assisted robotic trajectory planning.
Active technical exchange programs with leading domestic and international research institutes to integrate state-of-the-art vision inspection and tactile sensing tech.
Engineered to excel across strict regulatory, high-speed, and heavy-duty manufacturing environments.
Utilizing all-electric injection molding machines paired with Zhiyi 3-Axis Silicone Servo Robots for producing medical pipettes, syringe barrels, and fluid connectors. Dust-free performance meets ISO Class 7 specs while achieving sub-zero deflection take-out precision.
Demanding multi-cavity insert placement and sensor encapsulation. Our 5-Axis Double-Arm Double-Section Robots execute metal terminal loading and finished plastic component extraction simultaneously within ultra-tight mold space constraints.
High-speed automation for thermos liners, lunchboxes, and food containers. Incorporates Bull-Head 3-Axis Servo Robots and dynamic stackers capable of cycle times under 3.5 seconds with automated inline weight verification and poly-bag packaging.
Delivering turnkey reliability, comprehensive international support, and proven factory floor profitability.
We offer tailored welding and inlay upgrade packages supported by live demonstrations and training programs in a state-of-the-art factory environment.
Uses industrial robots to overcome labor shortages and increase productivity, helping customers reduce total unit costs by up to 30%, making it ideal for SMEs.
Products are ISO9001 and CE certified and undergo rigorous multi-point factory load testing to ensure zero-defect reliability and complete operator safety.
Our professional foreign trade elite team provides "more professional, faster, more economical, and safer" around-the-clock technical support globally.
Key technical parameters to evaluate when matching linear servo automation with injection molding machine tonnages.
Matching robot structural rigidity to injection molding clamping forces (250T – 2300T) is critical. For medium tonnages (250T–350T), lightweight 3-axis single-arm servo units provide rapid cycle times. For heavy-tonnage applications (2000T–2300T), dual-arm telescopic 5-axis systems ensure heavy mold end-of-arm tooling (EOAT) stability.
Factory headroom constraints often dictating telescopic arm selection. Double-section telescopic robotic arms reduce required overhead clearance by 30-40% compared to single-stage vertical arms, preventing plant roof interference while maintaining long vertical strokes up to 3000 mm.
Ensure seamless signal integration between the all-electric IMM controller and the robot controller via standard EUROMAP 67 or EUROMAP 73 interfaces. Zhiyi controllers support real-time digital interlocks preventing mold closure prior to full arm retraction.
While all-electric systems carry a slightly higher initial capital expenditure than basic pneumatics, the combined reduction in energy consumption (up to 70%), reduced scrap rates (under 0.1%), and labor displacement yield complete capital payback within 12 to 18 months.
Expert technical answers regarding wholesale export, servo robot retrofitting, and all-electric machine compatibility.
Browse additional high-performance industrial robotics for 250T-2300T injection molding equipment.
Visualizing advanced robotics in action across modern automated smart facilities.
ZHIYI Robotics