HE3TS Series 3D Linear Transfer System
for Small Precision Parts Stamping Line
The Current-Central HE3TS Series Three-Axis Transfer System is a compact, high-speed automation solution exclusively designed for small precision parts stamping lines, focusing on ultra-precise pick-and-place and multi-station transfer in tight die spaces. Its core functions cover the entire precision stamping transfer process.
Key Functions
Three-Axis Precision Transfer: Realizes coordinated X/Y/Z axis motion to complete the pick-up, traverse, lift, and drop-off of small precision stamping parts, ensuring micron-level positioning accuracy and stable part handling.
High-Speed Stable Operation: Delivers ultra-fast stroke speeds (up to 50 SPM) with minimal vibration, matching the high-efficiency rhythm of small parts stamping production.
Intelligent Motion Control: Adopts optimized motion algorithms for smooth trajectories and reduced start-stop impact; supports automatic path generation, calculating optimal trajectories to improve setup efficiency by 70%.
Easy & Flexible Programming: Features a modular graphical drag-and-drop programming interface, enabling operators to master operation with minimal training; supports quick parameter adjustment for different small part specifications.
Optional Automatic Tooling Change: Equipped with a fully automated gripper arm changeover function (optional), including auto connection and inspection of pneumatic/electrical joints, reducing tooling changeover time from tens of minutes to just a few.
Comprehensive Safety Protection: Integrates multi-layer safety mechanisms including sensors, mechanical stoppers, servo alarms, and press interlocks, ensuring the safety of both operators and equipment in high-speed precision stamping scenarios.
Long-Term Durable Performance: Built with high-rigidity structural components and precision transmission parts, maintaining stable accuracy and performance over long production runs.


Specification of Current-Central HE3TS Series 3D Linear Transfer System for Small Precision Parts Stamping Line
The Current-Central HE3TS Series Three-Axis Transfer System for Small Precision Parts Stamping Line adheres to strict industrial standards, with stable and reliable performance parameters that fully meet the requirements of sheet metal stamping automation production. Key specification parameters are as follows:


SPM Definition: Strokes Per Minute, representing the number of high-speed transfer cycles completed per minute.
Compatibility: Optimized for small precision parts stamping lines, compatible with mainstream small-tonnage press brands and tight die space layouts.
Customization: Basic models cover 20–50 kg load and 28–50 SPM speed; tailored configurations for special stroke, load, or precision requirements are available upon request.
1/5 Core Structural Components
High-Rigidity Base & Slim Arm: Premium steel construction with FEA-optimized rib reinforcement, minimizing vibration at high speed; slim-arm design for easy operation in tight die spaces.
Precision Linear Rails & Ball Screws: High-precision linear guide rails and ball screws for X/Y/Z axes, ensuring smooth, low-friction motion and long-term positioning accuracy.


Main Parts of Current-Central HE3TS Series 3D Linear Transfer System for Small Precision Parts Stamping Line
The Current-Central HE3TS Series Three-Axis Transfer System is composed of high-precision structural, drive, control, execution, and safety components, forming a compact and reliable precision stamping transfer automation system:
2/5 Drive Components
High-Performance Servo Drives: Precision servo motors with high response speed, delivering stable torque and precise motion control for high-speed and high-accuracy transfer.
3/5 Control System
Intelligent Motion Controller: Core unit for three-axis coordinated motion, press synchronization, automatic path generation, and modular program management.
Graphical HMI: User-friendly drag-and-drop interface for program editing, parameter setting, fault diagnosis, and production status monitoring, simplifying operation for on-site staff.
4/5 Execution Components
Gripper Arms & Tooling Bars: Slim, precision-machined arms for handling small parts; supports optional automatic changeover for quick replacement of different end effectors.
End Effectors: Optional mechanical gripper or pneumatic suction cup, adaptable to various small precision part shapes and materials (metal sheets, connectors, micro-components, etc.).
5/5 Safety & Auxiliary Components
Multi-Layer Safety Devices: Sensors, mechanical stoppers, servo alarm modules, and press safety interlocks, complying with industrial safety standards for high-speed precision equipment.
Diagnosis & Monitoring Modules: Real-time fault detection and alarm system, displaying error codes and solutions for quick troubleshooting and minimizing downtime.
1/8 Tailored for Small Precision Parts
Perfectly matched stroke (200–500 mm X-axis), load (20–50 kg), and speed (28–50 SPM) ranges, with a slim-arm design ideal for tight die spaces and ultra-precise pick-and-place of electronics, medical, and precision hardware parts.


Advantages of Current-Central HE3TS Series 3D Linear Transfer System for Small Precision Parts Stamping Line
Compared with traditional small parts transfer equipment and general three-axis transfer systems, the HE3TS Series offers distinct core advantages for small precision parts stamping production:
2/8 Ultra-High Speed & Stability
Delivers up to 50 SPM operating speed with FEA-optimized high-rigidity structure, minimizing high-speed vibration to ensure stable transfer and protect precision tooling.
3/8 Micron-Level Precision
High-precision linear rails, ball screws, and optimized motion algorithms guarantee consistent placement accuracy, reducing scrap rates of small precision parts to a minimum.
4/8 Intelligent & Efficient Setup
Automatic path generation improves setup efficiency by 70%; modular drag-and-drop programming eliminates complex coding, enabling quick production switching for different small parts.
5/8 Optional Automatic Tooling Change
Fully automated gripper arm changeover (with pneumatic/electrical auto-connection) slashes tooling change time by up to 90%, maximizing line uptime for high-mix small parts production.
6/8 Comprehensive Safety Assurance
Multi-layer sensor and mechanical safety protection, plus press interlocks, prevent equipment damage and personal injury in high-speed operation, ensuring 24/7 safe production.
7/8 Wide Application Adaptability
Covers 4 models with graded strokes, loads, and speeds, suitable for small precision parts in electronics, communication, precision hardware, medical devices, and automotive electronics.
8/8 Cost-Effective Precision Automation
Delivers high-precision, high-speed automation at a competitive cost, helping small parts stamping manufacturers reduce labor reliance, boost productivity, and enhance product consistency without excessive investment.
1/3 Application Scenarios
The HE3TS Series Three-Axis Transfer System is widely applied in high-precision stamping manufacturing fields for small parts:
Electronics & Communication: Mobile phone frames, metal shields, connectors, SIM trays, and other micro electronic components.
Precision Hardware: Gears, screws, nuts, cutting tools, lock components, and small precision hardware parts.
Medical Devices: Surgical instruments, implant housings, and small precision medical device components.
Automotive Electronics: Sensor housings, micro-motor parts, light sockets, and other small automotive electronic stampings.
More About Current-Central HE3TS Series 3D Linear Transfer System for Small Precision Parts Stamping Line
2/3 Service Support
Pre-sales: Customized solution design based on customer press type, small part specifications, precision requirements, and production line layout.
In-sales: On-site installation, precision commissioning, and operator training to ensure the system is quickly put into stable high-precision production.
After-sales: Regular equipment maintenance, precision calibration, fault troubleshooting, and technical upgrade support, providing long-term reliable operation guarantee.


