Efficient complete systems for the packaging industry

An important part of Baumer hhs's trade fair appearance at interpack is the Xmelt complete system for hot melt applications.
Picture: Baumer hhs

At interpack 2026, Baumer hhs will demonstrate how complete systems can increase efficiency and sustainability in the packaging industry. One focus will be on the new Xmelt system for hot melt applications.

Efficiency and sustainability are key requirements in the packaging industry. At interpack 2026, Baumer hhs will be presenting solutions that meet these demands. A significant part of their trade fair presentation is the Xmelt complete system for hot melt applications. According to Martin Kotecki, Business Development Manager Packaging, Baumer hhs has pursued a holistic approach for 40 years. This is evident in the coordinated interaction of all components, which leads to a rapid start-up of production and promotes both resource and energy efficiency.

Xmelt-System: Efficiency and Intelligence

The latest generation Xmelt system offers 30 % higher melting capacity with an energy consumption of only 1.6 kW. This efficiency reduces heat-up time to under 20 minutes, leading to higher availability. Kotecki highlights that customers can already be producing while other systems are still heating up.

The system is equipped with intelligent features, including an adhesive database and an Auto Eco Mode which lowers the temperature during extended breaks, thereby saving energy. The DF hot melt hoses with their metal inner core also contribute to energy efficiency while protecting the adhesives and nozzles.

Further innovations and applications

Alongside the Xmelt system, Baumer hhs is also showcasing the Xdot system for digital Braille application, as well as solutions for adhesive savings. The Palletizing Solution, which can reduce film consumption in palletisation by up to 80 %, is particularly highlighted as a contribution to sustainability in logistics.

Baumer hhs at interpack 2026: Hall 18a, Stand E07

Source: Baumer hhs