LUMIMAX® - Hygienic Design & Washdown Lighting

Hygiene-critical processes in the life science industries of food and beverages, pharmaceuticals, cosmetics, medical technology and biotechnology pose particular challenges for the design of production facilities. The basic theory is simple – in order to manufacture safe products, the components in the system must not become contaminated or it must be easy to clean them. The choice of materials, surface finish, geometric design and the selection of suitable screw, plug and sealing connections play a decisive role here.

In practice, the realisation of a hygienic design is far more complex and depends heavily on the production process and the product to be processed. Is the component in the contamination or contact area? How is the system cleaned? Which cleaning agents are used?

The LUMIMAX® portfolio offers a range of standard solutions for some typical cleaning scenarios.

Simple lighting design of the BASIC series for manual cleaning with light cleaning agents outside of contamination or contact zones:

  • Simple, straight geometries without cooling fins
  • Bonded PMMA screens
  • IP64

Washdown variants for manual cleaning using acidic or basic cleaning agents outside contamination zones or contact zones

  • Additional protective housing made of polycarbonate and stainless steel for the modular Bar Lights of the LBHP series, flexible in length and light guidance
  • IP69K

Hygienic design for automated CIP cleaning processes with aggressive cleaning agents within contamination or contact zones

  • Additional protective housing made of polycarbonate and stainless steel for the modular Bar Lights of the LBHP series, flexible in length and light guidance
  • LQHP80 in stainless steel housing
  • Screw, plug and seal connections according to hygienic design standards
  • IP69K

If you have specific requirements regarding the durability or optical properties of your lighting solution, our service and support will be happy to help you develop an individual solution.