MMC Packaging Equipment unveils new high-speed closure slitting, band folding machine

  • MMC Packaging

MMC Packaging Equipment, a Tekni-Plex business, will be highlighting its new high-speed (up to 2,400 parts per minute) closure slitting and band folding machine at K 2019, October 16-23, Dusseldorf, Germany, Hall 13 / C73.

The new generation turnkey solution is ideal for plastic beverage closure manufacturers who perform a post-molding process of slitting and folding tamper-evident bands for closures ranging in size from 24 to 38mm.

“MMC has been supplying closure slitters to the industry for more than 25 years. We have now developed a new generation of high speed slitting that has been engineered with Industry 4.0 attributes to optimize manufacturing,” said Christiane El-Tekly, general manager. “This includes a broad array of functions including overall equipment performance, detailed inspection and production data and remote support access.”

The system also features a six-camera vision inspection to help meet quality objectives. The vision checks include closure integrity, closure contamination, bore seal gaging and cavity number recognition. The machine offers superior tracking capabilities and a patented spark inspection unit for pinhole detection at the injection point. A cap counting accumulation and boxing system is designed to avoid upstream process interruption.

See also

MMC celebrates 20 years of providing high quality equipment for caps and closures

MMC is celebrating its 20th year as a supplier of high quality automation solutions for the cap and closure industry. In its early stages, MMC developed and supplied innovative cap lining machines. The company then further evolved into a full service supplier of after-molding automation for closure manufacturers, offering high-speed assembly equipment, closing machines for hinged dispensing closures, slitting equipment for Tamper Evident closures, and vision inspection systems.

  • Jo Webb
  • Product Info
  • English
  • Created 02 Oct 2019
  • Modified 02 Oct 2019
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