Assembly Servo Press
A servo press is a device used to press, compress or assemble sensitive parts. Servo-press is a press machine equipped with wing screw, servomotor and load cell, with the help of which various pressing and pressing operations can be performed on the parts with very precise speed and force. Faragaman Sustainable Industry Servo Press is a combination of loop screw servo press controlled. Faragaman Sanat Paydar Industry Servo Press Workstation is an independent unit with a precision press-based servo motor with wing screw force and motion controller. This station is fully mobile and customizable for assembly, testing and laboratory applications. Unlike conventional workstations, the FSP workstation is fully electric, Because there are no hydraulic or pneumatic components (pump, cylinder, valve, oil) to control and no repairs and maintenance related to the mentioned elements are required. The FSP workstation is designed for a wide range of different applications, including:
☉ Process development
☉ Process production simulation
☉ Process validation
☉ Part validation
☉ Part development
☉ Part Testing
☉ Pre-production verification
☉ Design optimization
☉ Cycle time optimization
☉ Signature analysis optimization
☉ Part deflection and compensation
The technical characteristics and complexity of the product can be considered according to the complex process and properties and functions in the following cases, which make it difficult to copy or process the product and require specialized and technical knowledge as well as research and development in the following areas:
☉ The use of load press due to its special design, which has caused the ability to measure the press with a certain force to high accuracy
☉ Ability to plan the exact stop point due to the use of the engine server and special PLC programming and closed loop control
☉ Use of servo motor wing screw, which provides the ability to press to the position for the system with high accuracy and repeatability.
☉ Using PLC, which has the ability to program for speed and acceleration or reduce acceleration.
☉ The ability to display information and analyze performance data due to the use of servo motors and load cells and special programming for this operation and high flexibility are other technical complexities of the product.
☉ Design of unique bearing mechanism as well as accurate production of parts with 1000 mm accuracy for error-free operation.
☉ Assembling these devices and coordinating workstations with each other in terms of geometry and dimensions is one of the most time-consuming and complex operations in the production of these machines. Familiarity with the processes of measurement, assembly, geometric control and three-dimensional dimensions is required for this work and requires sufficient expertise to perform