This press machine is driven by a servo motor to perform precision pressing operations through a precision screw cylinder;

Multiple pressing modes meet high-precision production and quality control requirements:

The precision servo press machine can control pressing speed, position, and pressure; it allows setting various pressing programs, including constant pressing speed, stop at set position, stop at set force, stop at set pressing displacement, and other working modes, making it easy to complete two-stage or multi-stage pressing requirements; within the stroke, the machine can be set to stop at any position, eliminating the need for expensive precision molds to ensure pressing accuracy;

Online pressing quality inspection meets the requirements for full-process quality control and data management

After the operation is completed, all operation settings and result data, as well as the pressure-displacement curve, can be displayed on the human-machine interface of the precision servo press machine, effectively controlling interference fit quality, while meeting the requirements for traceable management of operation data, detecting and removing defective products to avoid greater losses. It also helps optimize process parameters and design;

◆ Equipped with the function to check the position when force is contacted, determining the presence and correct orientation of the workpiece;

◆ Capable of detecting pressure and sampling various pressure values within any pressing displacement range to determine whether the set quality control conditions are met;

◆ Capable of detecting pressure and position at the termination point to determine whether the quality control conditions set for the termination position are met.

◆ Equipped with QR code scanning functionality; all product pressing data is stored in the database in one-to-one correspondence with the QR code (the QR code and pressing data are stored simultaneously), and the corresponding curve data is also stored. Subsequent data export only requires scanning the barcode with a scanner to retrieve the corresponding product pressing data and curve;

Environmentally friendly, energy-saving, safe, and low operating cost

The AC servo motor drive provides a clean working environment, meeting the special requirements of various clean rooms;

Compared to pneumatic and hydraulic equipment, the precision servo press machine saves about 80% energy and meets international environmental standards (ISO14000); to ensure safety, all precision servo press machines are equipped with fault protection circuits and allow the optional installation of area sensors (light curtains).

Self-diagnostic function meets users' intelligent maintenance requirements

In case of a fault, the precision servo press machine displays error messages, enabling users to quickly troubleshoot and resume production.

4;Operation safety protection function:

To enhance the safety of equipment operators during production, safety shields are installed on both left and right sides of the machine.

Protected by safety light curtains, the machine uses two-hand start buttons and is equipped with a circuit fault protection system.

During the product pressing process, if a hand or an object larger than 25 mm in diameter enters the range of the photoelectric protection device while the slider is moving downward, the machine slider will quickly retract to the upper limit stop position. If the safety light curtain fails or is damaged, the machine automatically locks and cannot operate, preventing operators from injuring their hands or body during pressing operations, effectively ensuring personal safety.

The press machine is widely used in the following industries:

1. Automotive industry: engine component pressing (cylinder heads, cylinder liners, oil seals, etc.), steering gear component pressing (gears, pins, etc.), transmission shaft component pressing, gearbox component pressing, brake disc component pressing, etc.

2. Motor industry: micro-motor component pressing (spindles, housings, etc.), motor component pressing (bearings, etc.).

3. Electronics industry: circuit board component pressing (connectors, etc.), electronic component pressing.

4. Home appliance industry: home appliance component pressing, home appliance component riveting, etc.

5. Machinery industry: mechanical component pressing, automated production lines, wear part life testing, etc.

6. Die-casting industry: trimming and shaping of various aluminum and magnesium alloy die-cast products, plastic product trimming.