Fast melting, low consumption and easy maintenance: German manufacturer Baumer HHS launches Xmelt fusion, a new generation of hot-melt melters for packaging applications.
Xmelt fusion: two models of fusion units
The heart of this range's innovation lies in the tank, which has been redesigned to optimize the melting rate. Baumer hhsannounces a throughput of 14 kg/h for an electrical power limited to 1.6 kW, which is around 20% less than previous models.
This performance enables the entry-level model - the Basic - to cover almost 90% of packaging needs.
The Basic model can be fitted with the Xfeed system, which feeds adhesive granules into the tank on demand. This should eliminate the need for frequent manual refills, reduce waste and streamline the operation of automated lines.
The second model, Special Volume, completes the series. It incorporates a storage area in the upper part of the tank, designed for non-transportable glues.
The format and architecture of Xmelt fusion have also been designed to facilitate integration on new or existing equipment. This makes it easier for packaging line builders to standardize configurations. The machine can be equipped with six to eight outlets for application heads.
Ergonomic design and simplified maintenance
Another key point of the Xmelt fusion is its ergonomics. Baumer hhs offers a man-machine interface inspired by that of its Xtend3 controllers. The touch screen is available in a 3.5" integrated version or as a 7" external module.
This interface can be used to adjust energy parameters and display consumption in real time, a function already familiar to users of the brand's glue application systems.
Xmelt fusion melters also feature a notification module for maintenance tasks such as filter replacement or residue cleaning. What's more, all sensitive components are accessible from the front, making it easy to drain or replace wearing parts.
In terms of construction, Baumer HHS retains a metal envelope. Thermal insulation has been reinforced to reduce energy loss and limit surface heating, thus contributing to operator safety.
