injection molding machine

Stork IMM expand its portfolio with new all-electric injection moulding machines

Stork IMM (Stork Plastic Machinery B.V.) has unveiled its new all-electric injection moulding machines. The new range is expected to provide greater sustainability while maintaining the high-performance capabilities seen in the standard Stork IMM machines. Attendees of the K show in Dusseldorf, Germany, this October will be able to see the new machines in the flesh.

Along with the sustainability benefits, the all-electric range offers lower energy consumption, an improved rack-and-pinion drive system, and customisable process tailoring that works with a range of applications in thin-wall food packaging and industrial paints/buckets.

The injection moulding machines specialist has already delivered its all-electric solutions to a series of leading packaging manufacturers across Europe. Stork has gone on to reveal that there is “significant global interest” in its all-electric line, with a “healthy pipeline of orders” to look forward to.

Stork’s injection moulding machinery is ideal for use in the production of food-grade, thin-wall packaging made of polyolefins (PE and PP). Additional proposed key applications include closures, tubs, containers, cups, flowerpots, paint pails, and buckets.

Key features of the new all-electric injection moulding machines:

  • Highly flexible and customisable solutions.
  • Users can pair the solution with clamping units from 250 to 700 tons with a range of injection units with screw sizes from 45 to 84 mm.
  • Achieves 15% more in energy savings compared to similar hybrid machines.
  • Operates at injection speeds suitable for thin-wall packaging applications.
  • Features a heavy-duty rack-and-pinion drive with enhanced rigidness and energy efficiency while minimising wear and extending its lifespan.
  • Provides greater speed forces for the clamp and injection units compared to ball bearing and spindle drives.
  • Includes a breaking energy feedback system where recovered energy is fed back into the customer energy grid.

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