|Clamping unit||Injection unit||Driven system||Controller|
T: toggle unit
i: double injection cylinder with volume 62cm³-67906cm³
Hydraulic pump by servo motor
|Techmation & Keba|
D-i servo energy saving injection molding machine is basically the High rigidity double elbow five hinge clamping mechanism, equipped with balanced dual-cylinder moving and injecting unit. After a dozen years of R&D, improvement and accumulation of manufacturing experiences, this series has acquired great trust and admiral from domestic and overseas clients by its advanced design concept and reliable parts configuration. The clamping force of D-i servo injection moulding machine range from 600KN to 40000 KN, and injection size from 62cm³ to 67906cm³. D-i IMM is a hydraulic injection molding machine that employs hydraulic cylinders to clamp together two halves of a mold at high pressure. Plastic substrate pellets are then melted, and the liquid is injected into the mold cavity. Once the plastic has cooled and hardened, the mold halves are separated, the part is extracted, and the process is repeated. Hydraulic molding is a popular choice for the automotive industry, which requires the production of large, heavy parts such as bumpers. Compared with electric machines, the hydraulic injection molding machine has greater clamp force for large parts, better injection rates and ejection capability.
High rigidity clamping structure with T slot as standard, small deformation, integrated front toggle design. Comparatively lowering clamping force level Longer machine service life.
Adapt double cylinder injection unit with liner guider, portability and less injection resistance.
Modularized design, to provide customers with wider choice on machine dimension.
Welding-free design on the hydraulic circuit, reducing oil leakage possibility.
High molding precision: injection weight repeatability precision is up to 0.003
High repeat position precision: repeatability precision of mold opening and injection position within ± 0.5 mm.
Machine holistic energy-saving scheme: deploying of high-efficiency parts and energy- saving-oriented design on mechatronics system.
Leading servo dynamic system: 30ms response, and to save 30%~80% energy compared to the traditional hydraulic system.