Servo-controlled precision press is a CNC press-mounting machine, it integrates assembly and measurement to realize the core equipment of "digital assembly". Modular servo control system realizes real-time acquisition and analysis of force, displacement and time data, meanwhile effectively monitors the force and displacement, force and time during assembly. The product is equipped with pressure control, displacement control and speed control, which is suitable for the press-fit process with strict requirements, such as press-fit, forming, riveting, stamping and elastic testing and other high-precision assembly applications.

Electric servo technology, no hydraulic components, traceable press-fitting results, high accuracy, standardization, modular design, reliable configuration, mature assembly process, so it can quickly respond to different needs of customers.

Features:

• The rack has the advantages of simple and compact structure, small footprint and convenient operation.
• The machine can realize high-speed descending, slow-speed pressing action, and improve production efficiency
• The precision press adopts the downward pressure type. The slider is pressed from top to bottom, the lower die is static, and the upper die is pressed.
• The upper part of the equipment is equipped with a precision limit switch, which will stop when it reaches the predetermined position, and can be adjusted according to the stroke of the press-fitted product.
• The precision limit switch is provided with control signals by the control system, which has outstanding high precision.The control system adopts PLC programmable control, cooperates with the hydraulic system, and realizes cyclic work according to the assembly process requirements.
• Using LCD screen, you can clearly see the pressing situation through the screen, and you can also adjust the system parameters according to the requirements.
• The equipment pressure is detected by a precision sensor, and the equipment pressure can be set arbitrarily
• Mobile workbench facilitates placement and assembly of components.