Application Fields The TY301 Benchtop Servo Press is designed for high-precision press-fitting and assembly processes that require accurate control of force and displacement. It is widely used in the following industries: Automotive Industry: Press assembly of precision automotive components such as bushings, bearings, oil seals, sensors, small chassis parts, and sub-assemblies. Motor Industry: Press-fitting of micro-motor components including shafts, housings, bearings, and rotors. Electronics Industry: Assembly of electronic components, connectors, terminals, and PCB press-in parts. Home Appliance Industry: Riveting and press-fitting of small appliance components and functional assemblies. Machinery Industry: Precision press-fitting of mechanical parts, laboratory testing, small automatic assembly stations, and durability testing. Other Industries: Any application requiring precise control of press-fitting force, position, and process repeatability. Scope of Application The TY301 Benchtop Servo Press is a compact, single-axis electric servo press designed for small and medium press-fitting tasks. It is suitable for pressing, assembling, riveting, forming, and functional testing of various small parts made from metal, plastic, and composite materials. Compared with traditional pneumatic or hydraulic presses, the TY301 offers higher precision, better repeatability, and clean, oil-free operation, making it especially suitable for laboratories, clean workshops, and precision assembly stations. Key Features Pure Electric Servo Drive The press is driven entirely by an electric servo motor, providing stable output, fast response, and high energy efficiency without hydraulic oil or compressed air. High-Precision Force and Position Control Real-time closed-loop control of force and displacement ensures consistent press-fitting quality and excellent repeatability. Compact Benchtop Design Small footprint and open C-frame structure allow easy operation, tooling change, and integration into workbenches or small automation cells. Low Noise Operation Operating noise is significantly lower than traditional hydraulic presses, making it suitable for office-adjacent and laboratory environments. Multiple Control Modes Supports manual and semi-automatic operation. The pressing stroke can be stopped at any position, with emergency stop and optional safety light curtain. Flexible Process Control Pressing force, stroke, speed, holding time, and press-fit position can be freely set through the control interface to match different product requirements. Process Monitoring and Counting Built-in production counting function. Optional force-displacement curve display and data recording are available based on customer requirements. Stable Mechanical Structure The rigid welded frame ensures minimal deformation during operation, improving positioning accuracy and long-term stability.

Application Fields

The TY301 Benchtop Servo Press is designed for high-precision press-fitting and assembly processes that require accurate control of force and displacement. It is widely used in the following industries:

• Automotive Industry:
  Press assembly of precision automotive components such as bushings, bearings, oil seals, sensors, small chassis parts, and sub-assemblies.

• Motor Industry:
  Press-fitting of micro-motor components including shafts, housings, bearings, and rotors.

• Electronics Industry:
  Assembly of electronic components, connectors, terminals, and PCB press-in parts.

• Home Appliance Industry:
  Riveting and press-fitting of small appliance components and functional assemblies.

• Machinery Industry:
  Precision press-fitting of mechanical parts, laboratory testing, small automatic assembly stations, and durability testing.

• Other Industries:
  Any application requiring precise control of press-fitting force, position, and process repeatability.

Scope of Application

The TY301 Benchtop Servo Press is a compact, single-axis electric servo press designed for small and medium press-fitting tasks.
It is suitable for pressing, assembling, riveting, forming, and functional testing of various small parts made from metal, plastic, and composite materials.

Compared with traditional pneumatic or hydraulic presses, the TY301 offers higher precision, better repeatability, and clean, oil-free operation, making it especially suitable for laboratories, clean workshops, and precision assembly stations.

Key Features

1. Pure Electric Servo Drive
   The press is driven entirely by an electric servo motor, providing stable output, fast response, and high energy efficiency without hydraulic oil or compressed air.

2. High-Precision Force and Position Control
   Real-time closed-loop control of force and displacement ensures consistent press-fitting quality and excellent repeatability.

3. Compact Benchtop Design
   Small footprint and open C-frame structure allow easy operation, tooling change, and integration into workbenches or small automation cells.

4. Low Noise Operation
   Operating noise is significantly lower than traditional hydraulic presses, making it suitable for office-adjacent and laboratory environments.

5. Multiple Control Modes
   Supports manual and semi-automatic operation. The pressing stroke can be stopped at any position, with emergency stop and optional safety light curtain.

6. Flexible Process Control
   Pressing force, stroke, speed, holding time, and press-fit position can be freely set through the control interface to match different product requirements.

7. Process Monitoring and Counting
   Built-in production counting function. Optional force-displacement curve display and data recording are available based on customer requirements.

8. Stable Mechanical Structure
   The rigid welded frame ensures minimal deformation during operation, improving positioning accuracy and long-term stability.

Product Advantages

Oil-free, clean, and environmentally friendly

Higher accuracy than pneumatic presses

Easier maintenance than hydraulic presses

Ideal for high-precision, low-tonnage applications

Suitable for flexible production and frequent product changeovers

• Motor shaft and housing assembly

• Laboratory press-fit testing

• Small batch or multi-model production lines


 

Typical Applications

Precision bearing press-fitting

Small bushing assembly

Electronic component press-in