The new tilting machine SPEEDFORMER KTR 6.2 SPEED for the mass production of polymer cups and coffee capsules - this technology solution provides higher productivity and production versatility while offering 10% energy savings due to optimized heating.
Increased output thanks to optimized technology and design
The new SPEEDFORMER KTR 6.2 is designed for large-scale production of high-end thermoformed polymer cups, offering up to 50% higher output at the same footprint & quality compared to other machine manufacturers.
“This increased output is possible thanks to its larger forming area combined with faster forming time due to an improved tooling cooling process. Additionally, the filling time is drastically reduced owing to the optimized forming air system”, emphasizes Alexander Donabauer, Director Sales of the Polymer Packaging Division at Kiefel.
Stronger punching force and taller polymer cups
The KTR 6.2 features a more powerful drive system at the Trim-in-place station, offering an impressive punching force of 900 kN. Therefore, this cutting-edge tilting machine can easily punch a wide variety of materials, including thicker films, such as PET, which usually require stronger punching forces.
Furthermore, the machine technology is enhanced to produce higher cups up to 250 mm.
New advanced stacking & automation solutions for faster production
Additionally, customers can achieve even higher production speed and enhanced product transfer with two innovative modules: the optimized and integrated SPEEDSTACKER for more efficient stacking, which can handle a greater number of products and a wider range of geometries, while using real-time monitoring to guarantee maximum speed. Moreover, the new downstream automation CUPPACKER for cup packaging can be optionally integrated into the KTR 6.2.
“The KTR 6.2 also includes a new intuitive user interface, KMI 2.0, which facilitates thermoforming processes, supporting customers from a short training period and fast recipe optimization to efficient error handling and a targeted maintenance system”, adds Alexander Donabauer.
