How Control Cabinets, Levelling Feet and Wire Mesh Trays Contribute to More Efficient Production

4 April 2025

Smart solutions for a more sustainable world for our future generations.

In the food processing industry, sustainability and food safety are critical concerns. Innovative packaging technologies and streamlined production workflows are essential to reducing food waste and minimising environmental impact.

Machine manufacturers are under increasing pressure to develop new packaging and filling machines that operate more sustainably. A key focus area is enhancing the cleanability of equipment components such as control cabinets, levelling feet, and cable management systems including wire mesh trays.

Hygiënisch design principles

(Custom-made) Stainless steel control cabinets engineered for hygienic environments significantly improve both process efficiency and operational safety. These enclosures are designed with features such as sloped roofs to prevent water accumulation and rounded corners to eliminate dirt traps, facilitating faster and more effective cleaning. This not only optimises water usage but also supports compliance with stringent hygiene regulations.

Additional technical specifications include the integration of blue silicone gaskets and components such as locks and hinges that are EHEDG-certified, ensuring conformance with hygienic design standards.

3A-Compliant Levelling Feet and Wire Mesh Trays

In addition to control cabinets, stainless steel levelling feet and wire mesh cable trays play a pivotal role in maintaining hygienic conditions within food-grade environments. The choice of material, combined with a design optimised for sanitation, enables rapid cleaning cycles and supports overall process efficiency.

Wire mesh trays fabricated from corrosion-resistant stainless steel provide robust cable management, ensuring that cables and piping remain neatly secured, even in high-moisture areas. Their open structure also allows for easy visual inspection and maintenance access, thereby reducing system downtime.