Why a machine for packing beverage closures?

PackSys Global's CoreMaster closure packing machine packs beverage closures and is often connected to upstream machines. Both aluminium and plastic closures can be run at a speed of up to 165 closures per minute. The machine has its own control system, including the electrical cabinet, and is therefore autonomous.

The CoreMaster has a vacuum synchronised transfer and the same speed as the predecessor machine. This packaging machine is built with components from well-known manufacturers to cover a wide production range. For example, it can easily pack hot-stamped wine corks from the DecoRoll LMAX.

Benefits of the CoreMaster for packaging beverage closures

  • Ideal for aluminium and plastic closures
  • Synchronous transfer, with compensator
  • High production reliability
  • Closures are always guided, whether in trays or on mandrels
  • Closures can be tightly packed in cartons
  • High performance and efficiency

PackSys Global offers synchronised transfer to the upstream machine, which is done by a servo motor in combination with an encoder or direct electronic input. Packing densities can be increased by 20% for 44mm high lids and 50% for 60mm high lids by regular packing patterns. This can be achieved with only a very slight change in box dimensions of 420mm high from 400mm high.

The flexible CoreMaster can also be used for packing tubes.

Watch the machine in action in this video.

See also

PackSys Global's oral care and pharmaceutical tube lines offer a marriage of cost and output

PackSys Global has been designing and building laminate tube side-seamers for decades. The company's extensive R&D has led to new technologies that allow a great stability of the seam strength and an ever improving visual appearance of the welded area of the laminate at a high speed per minute. Its laminate tube lines for oral care and pharma products are the culmination of the latest technical developments.

  • Jo Webb
  • Product Info
  • English
  • Created 31 Jan 2022
  • Modified 31 Jan 2022
  • Hits 676