Technical parameters of high-frequency servo hot press:

Product model DEX-2T-8KSF

Whole machine power 25kw

Input voltage 380V

Body dimensions: length 1450mm * width 1000mm * height 2080mm

The size of the upper mold heating plate is 500mm * 400mm

Effective workbench size 500mm * 400mm

Maximum loading size 550mm * 400mm

Product applicable size 450mm * 350mm

Lower stroke 300mm

Drive mode: servo motor

Repetitive positioning accuracy ± 0.03mm

Maximum pressure 2000kg

The total weight of the machine is 2200kg

Characteristics of press machine

1. The downward pressure can be freely set and the pressure value can be read

2. Driven by precision servo motors and guided by precision screw rods, it has high operational accuracy and stability

3. Temperature communication reading, intelligent temperature control and error prevention, fast response, high accuracy

4. Expandable side pressure, water cooling, and air cooling systems to achieve single machine cooling and hot pressing processes

5. Characteristics such as low energy consumption, high efficiency, quiet operation, stable performance, and easy operation

Application scope:Mobile phone case, iPad protective case, keyboard case, various leather stamping, molding, bonding, etc., mobile phone battery cover leather, various bonding, embossing, stamping, hot pressing plastic products hot melt, hot pressing, nut hot melt implantation, key core hot melt, cold pressing and other processes

The DEX-2T-8KSF high-frequency servo hot press adopts a four column structure design, equipped with precision servo motors, precision screw rods, and pressure sensors to ensure high precision while also having pressure precision control and downward positioning accuracy. The body is welded into a square load-bearing integrated body, stable and fixed, with a microcomputer operation panel for convenient operation. It is equipped with safety gratings, movable casters, and telescopic foot cups, and can be used in various high-precision process requirements and occasions without air sources