HE2TS Series 2D Linear Transfer System

for Small Precision Parts Stamping Line

The Current-Central HE2TS Series Two-Axis Transfer System is a compact, high-speed automation solution purpose-built for multi-station small precision parts stamping lines, engineered to synchronize seamlessly with stamping presses for efficient, stable part transfer. Its core functions cover the entire small parts stamping transfer workflow.

Key Functions
  • Two-Axis Precision Transfer: Executes coordinated X/Y axis motion to complete the pick-up, traverse, and drop-off of small stamping parts between multi-station presses, ensuring accurate positioning and stable handling.
  • High-Speed Synchronized Operation: Delivers ultra-fast operating speeds (up to 65 SPM) with seamless press synchronization, matching the high-efficiency rhythm of small parts stamping production to maximize throughput.

  • Compact & Flexible Integration: Lightweight, space-saving design enables easy integration into existing production lines or retrofitting of older presses, with minimal layout modifications required.

  • Operator-Friendly Operation: Features simple mechanical gripper tooling and straightforward programming, allowing quick setup and operation even for non-specialist operators.

  • Comprehensive Safety Protection: Integrates press synchronization coordination and multiple safety safeguards to protect tooling, operators, and ensure uninterrupted production uptime.

  • Stable Long-Term Performance: Rigid construction and optimized kinematics maintain consistent precision and performance over extended high-speed production runs.

Specification of Current-Central HE2TS Series 2D Linear Transfer System for Small Precision Parts Stamping Line

The Current-Central HE2TS Series Two-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 stamping presses and compact production layouts.

  • Customization: Basic models cover 20–50 kg load and 35–65 SPM speed; tailored configurations for special stroke, load, or precision requirements are available upon request.

1/5 Core Structural Components
  • Lightweight Rigid Frame: Optimized rigid construction with compact dimensions, minimizing space occupation while ensuring stability during high-speed operation.
  • Precision Linear Rails & Transmission Parts: High-precision linear guide rails and ball screws for X/Y axes, enabling smooth, low-friction motion and consistent positioning accuracy.

Main Parts of Current-Central HE2TS Series 2D Linear Transfer System for Small Precision Parts Stamping Line

The Current-Central HE2TS Series Two-Axis Transfer System is composed of high-precision structural, drive, control, execution, and safety components, forming a compact and reliable small parts stamping transfer automation system:

2/5 Drive Components
  • High-Response Servo Drives: Precision servo motors with fast response speed, delivering stable torque and precise motion control for high-speed transfer and press synchronization.

3/5 Control System
  • Synchronization Motion Controller: Core unit for two-axis coordinated motion, press signal synchronization, and basic program management, ensuring seamless integration with stamping presses.
  • Simplified HMI: User-friendly interface for parameter setting, program editing, and production status monitoring, with intuitive operation for quick mastery by on-site staff.

4/5 Execution Components
  • Mechanical Gripper Tooling: Standard mechanical grippers as end effectors, designed for reliable grabbing and releasing of small stamping parts, with easy installation and adjustment.
  • Gripper Mounting Arms: Compact, lightweight arms for mounting mechanical grippers, optimized for small part handling and tight space operation.

5/5 Safety & Auxiliary Components
  • Press Synchronization Safeguards: Real-time signal exchange with stamping presses to prevent misoperation and collision, ensuring coordinated and safe operation.
  • Basic Safety Devices: Includes emergency stop buttons, overload protection, and fault alarm modules, complying with industrial safety standards for small stamping equipment.

1/8 Ultra-High Speed for Small Parts
Delivers up to 65 SPM operating speed, the highest in its class for two-axis small part transfer systems, drastically boosting production throughput for high-volume small parts stamping.

Advantages of Current-Central HE2TS Series 2D Linear Transfer System for Small Precision Parts Stamping Line

Compared with traditional small parts transfer equipment and multi-axis transfer systems, the HE2TS Series offers distinct core advantages for small precision parts stamping production:

2/8 Compact & Retrofit-Friendly Design
Lightweight, space-saving structure enables seamless integration into existing lines or retrofitting of older presses, eliminating the need for large-scale line reconstruction and reducing investment costs.
3/8 Optimized for Small Component Stamping
Perfectly matched stroke (200–500 mm X-axis), load (20–50 kg), and speed (35–65 SPM) ranges, tailored to the transfer needs of small precision parts in electronics, hardware, and automotive sub-components.
4/8 Operator-Friendly & Low Learning Curve
Simple mechanical gripper tooling and straightforward programming eliminate complex setup, allowing non-specialist operators to master operation quickly and reducing training costs.
5/8 Cost-Effective Automation Solution
As a two-axis system, it offers high-performance automation at a lower cost compared to three-axis systems, helping small parts stamping manufacturers achieve automation transformation with minimal investment.
6/8 Stable Precision & High Reliability
Rigid construction and optimized kinematics maintain consistent precision at high speed, reducing scrap rates and ensuring long-term stable production with minimal downtime.
7/8 Wide Application Adaptability
Covers 4 models with graded strokes, loads, and speeds, suitable for small precision parts across electronics, precision hardware, automotive sub-parts, and general sheet metal components.
8/8 Comprehensive Safety Assurance
Press synchronization coordination and multiple safeguards protect tooling, operators, and production uptime, ensuring safe and reliable 24/7 operation.
1/3 Application Scenarios
The HE2TS Series Two-Axis Transfer System is widely applied in high-volume small precision parts stamping manufacturing fields:
  • Electronics & Communication: Connectors, terminals, metal frames, SIM trays, and other micro electronic components.

  • Precision Hardware: Small gears, fasteners, washers, lock components, and miniature hardware parts.

  • Automotive Sub-Parts: Clips, small housings, electrical components, and other miniature automotive stampings.

  • General Sheet Metal Components: Light stamped parts for consumer goods, small appliances, and daily hardware.

More About Current-Central HE2TS Series 2D 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, production capacity, and existing line layout.

  • In-sales: On-site installation, quick commissioning, and operator training to ensure the system is rapidly put into stable high-speed production.

  • After-sales: Regular equipment maintenance, fault troubleshooting, and technical support, providing long-term reliable operation guarantee for small parts stamping lines.

3/3 Core Value
The HE2TS Series empowers small precision parts stamping lines to achieve high-speed, cost-effective automation transformation, addressing the pain points of traditional manual transfer in efficiency, labor costs, and consistency. It helps small parts stamping manufacturers maximize productivity, reduce production costs, and enhance core competitiveness in the global high-volume small parts manufacturing market.