Comprehensive solutions for fluid and hot pressing applications
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Desktop servo integer machine

Product model DEX-SF3020ZM-200

Whole machine power 4.5kw

Input voltage AC220V

Body dimensions: length 490mm * width 420mm * height 1000mm

The size of the upper mold heating plate is 300mm in length and 200mm in width

Effective worktable dimensions: length 300mm * width 200mm

The maximum loadable size is 300mm in length and 200mm in width

Product applicable dimensions: length 300mm * width 200mm

Pressing stroke 200mm (customizable)

Drive mode: servo motor

Repetitive positioning accuracy ± 0.02mm

Maximum pressure 300kg

The total weight of the machine is 120kg

Characteristics of press machine

1. The downward pressure can be freely set and the pressure value can be read. The downward action is adjustable in three stages

2. Driven by precision servo motors, 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:It can be applied to the molding, welding, riveting, point melting, bonding and pressure holding of mobile phone cases, iPad cases, electronic products, plastic toys, packaging products, high-precision plastic products, and tooling testing processes.

Equipment IntroductionThe DEX-SF3020ZM-200 equipment adopts a four column structure design, equipped with precision servo motor drive, precision screw and pressure sensor, ensuring high precision while also increasing the static overflow of equipment operation. The body is stable and sturdy, with a microcomputer operation panel for convenient operation, equipped with a safety light grid, and can be used in various high-precision process requirements and occasions without air source.