Next-generation Fast Skin™ performance with new TSX platform

Nov 04, 2026
At the heart of the launch of the next-generation Fast Skin™ technology is the new TSX 875 traysealer, the first model in ULMA’s next-generation TSX platform. Engineered specifically for high-performance Fast Skin™ applications, the system has been developed to enhance productivity, improve pack presentation and deliver greater operational efficiency.

Fast Skin™: high-performance, premium-quality SKIN tray sealing

Aimed at delivering a significant step forward in traysealing performance for fresh and prepared food producers, Fast Skin™, is a solution developed for packaging lines that need to increase their production capacity without compromising product protection, safety or presentation.

Thanks to the optimisation of the feeding, vacuum, and sealing systems, Fast Skin™ enables up to 13 cycles per minute, while maintaining uniform sealing and a premium packaging finish.

Advantages that boost your packaging line:

  • Maximum productivity: up to 13 cycles/minute in SKIN.
  • Full versatility: adaptable to different product heights and tray formats.
  • Consistent quality: uniform sealing, precise temperature control, and recipe-based parameter settings.
  • True sustainability: compatible with recyclable films and flat cardboard bases (LEAFSKIN®).

A game changer for the food industry

Paul Morican, Managing Director of ULMA Packaging UK, said: “Fast Skin™ represents an important progression in traysealing capability, enabling food manufacturers to increase output while maintaining the high standards of pack quality and presentation the market now expects. The introduction of the TSX platform demonstrates ULMA’s ongoing commitment to developing future-ready packaging solutions that combine performance, reliability and sustainability.”

The new technology is suitable for a wide range of fresh and prepared food applications, including meat, fish, poultry and ready-to-cook products, where premium presentation, product protection and shelf life are critical.