MULLER Technology

Molds

We make it possible to mold the thinnest parts in the market.

Molds

From single-cavity prototypes to multi-cavity stack molds, and with any part geometries, MULLER has the technology and the know-how to design and manufacture and test the best tooling possible, offering you a competitive edge.

For container and lid molds, MULLER’s thin-wall mold technology is unsurpassed, offering high speed and strong durability. Whether using air-eject or stripper rings we have extensive experience in delivering the optimal solution to your requirements.

Stack molds can be used for a variety of applications, with many different configurations to help achieve an optimum tooling solution. MULLER designs stack molds based on part design and also annual volume requirements. We design our stack molds to incorporate the latest automation designs to insure that the production life of the mold is long and your cycle times are minimized.

We work closely with our customers every step of the way – from design, to manufacturing, to final testing. Our technical specialists have a responsibility to ensure that our strict tolerances are met with continual inspections and adherence to quality first. All components are inspected in our quality control lab to assure all dimensions are within specific tolerances. All molds are evaluated and tested to ensure that they produce the highest-quality parts.

Your Contact Person for Molds

Switzerland & USA

Thomas Federer

Get in contact

Solutions that work together

Case Packer & Palletizer

Case Packer & Palletizer

Offering a wide spectrum of case packing and palletizer equipment, in each specifics configuration.

IML Automation

IML Automation

To an ever-increasing extent, packaging is a decisive factor of brand success in a range of consumer markets.

Independent Stackers

Independent Stackers

Creation of stacks from the simplest to the most challenging products, on a versatile design.

Mobile Automation

Mobile Automation

AMRs to increase significantly the efficiency, safety, and productivity of manufacturing and logistics processes.