Our indirect cooled high performance temperature control units are distinguished by a particularly large circulation pump flowrate. The enlarged internal stainless steel piping and 1 ½ inch equipment connections to the consumer ensure very effective tooling supply and thus a constantly high product quality.

Conventional temperature control units consume unnecessary energy due to constantly alternating heating and cooling cycles caused by control deviations, which drives up operating costs.

Unlike standard systems, a RHYTEMPER® FlexControl series unit can operate without any active heating during the process. This saves up to 100% of the typical heating energy costs. Additionally, the cooling energy normally required to compensate for control inaccuracies is eliminated.

Another advantage is the interruption of the tempering medium flow when opening the mold. This not only reduces energy consumption but also optimizes process conditions for every new injection cycle and ensures perfect mold filling.

Eliminating the need for a recirculation pump further increases efficiency. In addition to reducing electricity costs, it avoids the energy loss associated with pump heat dissipation.

In total, RHYTEMPER® systems reduce heating energy demand to zero, minimize cooling energy usage to the absolute necessary level, and thereby bring tool temperature control costs down to a minimum.

Achieving stable series production conditions quickly is critical for plastics processors. Depending on mold and shot weight, a start-up phase without preheating is often not feasible. With RHYTEMPER® units, the warm-up period to reach optimal operating temperatures is significantly shortened, eliminating unnecessary waiting times due to manual mold warming.

Furthermore, individual mold zones requiring continuous heating can be supplied on demand via the preheating unit. The centralized RHYTEMPER® control system manages both preheating during start-up and precise heat supply to each mold zone.

RHYTEMPER® temperature control units thus make a major contribution to optimal process efficiency and minimizing part production costs.