Servo Driven Injection Moulding Machine

 Central Clamping Structure

• Eliminates external bending and keeps locking force parallel to the centre of the mould. This protects moulds and improves accuracy.
• Avoids product flash when small moulds are used in large machines.
• Reduces the tonnage required (tonnage loss due to deflection), this, in turn, reducing the load on the pump and lowering energy consumption.
• Completely overcomes the deformation of platens due to the deployment of balanced forces.
• Ejector stroke is not limited by toggles; easier for installation and maintenance.
• Opening stroke increased by 10-20%+

Floating tie bars

Floating tie-bars offer a distinct advantage over tradition tie-bar design. Less direct contact between tie-bars and the mould reduces spring deformation, increases clamping precision, and protects platens and moulds. EKS models between 100 and 1000 tonnes locking force use this design feature in combination with support of the moving platen using precision linear guides, further reducing friction and improving rigidity and cleanliness.

Servo-driven injection moulding machine

Through the utilisation of advanced servo-drive systems, energy consumption is significantly reduced. Servo-motors are used in conjunction with hydraulic pumps to provide a solution that is both high in energy savings and cost-efficient.

Energy consumption can be reduced from 40% up to 80% when compared to some fully hydraulic moulding machines. The lower cooling requirements associated with a servo-motor system also extends the service life of hydraulic oil, as well as reducing the required cooling capacity of the machine’s heat exchange system.

Efficiency

The unique design of the Central Clamping Structure, coupled with the advantages of servo-motor technology can help the user see a 2-5% saving in material usage, along with up to 80% reductions in energy consumption.