Harpak-ULMA is launching the ULMA TFX thermoformer in North America, delivering a next‑generation smart platform that improves throughput, package quality, and sustainability for medical, food, and consumer packaged goods manufacturers.

The TFX boasts multiple performance-enhancing innovations designed to reduce cycle time, stabilize process variation, and support recyclable packaging material use. ULMA designed its new range of high-performance TFX thermoformers to tackle some of most demanding food and medical packaging challenges—including production efficiency, sustainability, digitalization, and process repeatability. The TFX delivers synchronized high-speed performance, superior packaging quality, rapid error-proofed changeovers, intuitive operation, sustainable film, optimized materials usage, and smart, data-driven production management, according to the company. It was engineered from the ground up to maximize efficiency, uptime, and environmental responsibility across modern packaging lines.

The TFX line leverages optimized motion coordination and a redesigned vacuum system that shortens evacuation time, enabling faster, more predictable cycles for high-volume applications that can accelerate vacuum performance by up to 20%. These improvements are especially significant for producers packaging standardized “Brick-Packs,” a format rapidly expanding across major retailers.

The TFX also integrates ULMA’s advanced forming (Better Form X) and sealing (Better Seal X) technologies, making it capable of running thinner base films without sacrificing package strength or integrity. Running thinner, recyclable materials without compromising rigidity allows processors to reduce plastic consumption while maintaining the visual appeal and durability expected by retailers and club store shoppers. This capability supports processors seeking reductions in plastic consumption and improved sustainability metrics.

Other advanced capabilities include automated film alignment, zone-specific heating, and constant-atmosphere sealing controls — features designed to improve first-pass yield and reduce rework. On-board tools such as RFID format verification, and recipe-driven digital control accelerate changeovers while reducing operator error.

Centralized recipe control allows operators to auto-adjust settings based on production orders, while built-in monitoring tools track usage of film, electricity, air, and gas by shift or batch. At the end of each run, the system generates a detailed PDF report, giving manufacturers a comprehensive view of production performance. This enables producers to pinpoint waste, validate sustainability improvements, and support continuous improvement initiatives. These digital records also support documentation requirements common in medical manufacturing, providing traceable, repeatable production data that can be leveraged during process validation and audit. This combination of technologies delivers a thermoforming platform engineered for a new era of packaging automation and performance—one that helps processors unlock hidden line capacity, enhance product quality, and achieve more sustainable operations.

Harpak-ULMA Packaging is the North American arm of ULMA, a $1 billion industry leader in complete automated packaging line solutions for food, medical, and industrial products. Harpak-ULMA provides smart, connected packaging systems including tray sealing, thermoforming, horizontal ffs, vertical ffs, flow wrapping, multihead weighing, wet and dry filling systems, robotic loading and unloading systems, metal detection, X-ray, checkweighing, labeling, vision inspection, cartoning, sleeving, case packing, and palletizing. Harpak-ULMA represents G. Mondini tray sealers and Cabinplant’s advanced weighing systems and complementary processing solutions in the United States and Canada. Since joining the Rockwell Automation Partner Network in 2018, Harpak-ULMA has leveraged Rockwell’s controls and information platforms to deliver greater efficiency, uptime, throughput, and package quality while reducing waste.