Product Description

the intelligent servo press machine is driven by AC servo motor, and the pressure assembly and pressure displacement monitoring function are implemented by the output force of high precision ball screw. the built-in precision pressure sensor and encoder can accurately measure speed, pressure and position. the professionally developed control software can ensure the accurate control of pressing force, stop position, pressing speed, holding time and other parameters in the whole process, so as to achieve the whole process of numerical control management.

Specification

Functional Application

1. Precisely control the assembly size of press-fit

-the servo press fitting machine can accurately test the pressure according to the set pressing depth, which can compensate the working dimensional tolerance and ensure the final assembly accuracy. At the same time, the pressure and displacement quality judgment area can be set, and the on-line detection can ensure that the product press fit is 100% qualified.

 

2. Precisely control the pressing stop position

-the guide wheel is assembled between two positioning trays, and the tray is required to be accurately pressed to ensure the size.

-Set the precise stop position and detect the pressure at stop.

 

3. Precisely control the pressing time and pressure-

the servo press can implement precise timing and constant pressure operations to ensure safe and reliable bonding, and is widely used in bonding operations and ultrasonic welding processes.

 

4. Precisely control the stop force of press-fitting

-to avoid pressure damage to the motor,the packaging of aluminum shell requires precise force and displacement control, precise setting of pressure, and control of the position at the end of press-fitting..

 

Feature

1. Electric cylinder control: Can directly control the servo system operation.

2. Running monitoring: Constant pressure and displacement monitoring for specific parameters.

3. Parameters setting: Running programs can be set up separately according to process requirements.

4. Pressing mode: Various compression modes available for selection.

5. Data storage: Each assembly data is stored separately and can be traced retroactively.

6. Curve display: Using a double variable curve, showing the pressure displacement state.

7. Program retrieve: Store multiple sets of programs, easy to invoke.

8. Decision setting: Set the lower limit of the decision according to the product process requirements.

9. Pressure collection: the current pressure is collected from time to time during the pressing process.

10. Displacement collection: Collect the current displacement from time to time during the pressing process