Logistical crates are used intensively daily in distribution centers, fresh produce chains, bakeries, and various other industries. They must not only be sturdy and wear-resistant but also dimensionally stable and deformation-free with constant weight, ensuring reliable stacking and processing in automated storage and transport systems.​

This places high demands on the injection molding process. A machine with sufficient clamping force, a consistent cycle, and precise wall thickness distribution is indispensable. Especially for larger products or multiple cavities, the machine must perform without compromising dimensions, weight, or product quality, even during long series. Stability in shot weight and reliable demolding are essential to prevent disruptions in the production process.​

Additionally, sustainability plays an increasingly important role. The use of recycled material requires a machine that consistently performs even under less-than-ideal material conditions.​