Two-Platen Multi-Component Injection Molding Machine (GW-R Series)

Clasificación: Inyección múltiple

Applications: Automotive Applications

FU CHUN SHIN MACHINERY MANUFACTURE CO., LTD.

País: Taiwán

Teléfono: +886-6-5950688 (6879)

Fax: +886-6-5951129

Persona de contacto: Hank Wu, Manager +886-6-5950688 (6879)

Consulta Ahora

It is a newly launched large-scale two-plate multi-component injection molding machine, widely adopted in the automotive, home appliance, and furniture industries for manufacturing large two-color and multi-color products. It is particularly suitable for large household appliance casings, integrated headlamp cover, run-through connect taillamp covers, car windows, and automotive plasticized sheet. The clamping force ranges from 1,000 to 3,300 tons.

Each injection unit is equipped with high-precision closed-loop control technology to improve repetition accuracy and optimize product quality.
The X-type four-injection units are distributed in rectangular four corners, the injection unit structure is concentrated and compact, and the layout is flexible, which can meet the molding needs of a variety of products.
The four injection units can be adapted to a variety of mold requirements and can be flexibly selected. Two-component, three-component, and four-component products can be efficiently and flexibly produced without moving or changing the injection units.
The machine has large-diameter vertical turntable and rotation space, which can carry up to 25 tons of modules through a special bearing design.
The turntable is controlled by servo motor, and runs at high speed. The latch mechanism realizes the double accurate positioning of six positions, ensuring the rotation accuracy of the turntable. Multi-component injection molding of two stations, three stations and four stations can be realized.
Matched with the proportional valve and ejector, and the core pull simultaneous function, the machine can meet the needs of accurate mold opening and closing control and fast cycle.
The high-strength separate sliding guide structure design improves the bearing capacity and stability of the movable mold plates.
An optional tie-bar puller is available to overcome the height limitations in the factory while mold changing.