Flexible Solutions for Controlled Environments Manufacturing under cleanroom conditions ensures that products are protected against contamination. This approach plays a vital role in medical technology, the pharmaceuticals and food industries, semi-conductor manufacturing and micro-assembly. Maximum permissible contamination levels vary according to applicable cleanroom class, ranging from 100 (ISO 5) to 100,000 (ISO 8). As a production environment, cleanrooms affect the design of assembly machines. For cleanroom classes 100 to 100,000, these machines must minimize particle count and be very easy to clean. Cleanroom suitability also depends greatly on materials used, utilities, system architecture, air flow and velocity, and temperature. For checktest stations, non-contact technology is generally employed. Almost all sortimat assembly and feeder systems are suitable for cleanroom applications. Features of Sortimat Assembly Systems for Use in Cleanrooms

• No Actions or Movements Above Products
• Fully Enclosed Stations
• No Edges, Corners, Recesses or Other AreasParts that are Difficult to Access
• Integrated Air Extraction Units
• Easy-to-Clean Design
• Products do Not Become Statically Charged
• Integrated add-on technologies are also selected in accordance with cleanroom specifications. For example, preference is given to printing methods with the lowest particle emission rates. For gluing processes, suitable adhesives are used, and air extraction is provided. Features of Sortimat Feeder Systems for Use in Cleanrooms
  • All Parts Made of Stainless Steel or Anti-Static Plastic(Abrasion-Resistant)
  • Large Doors
  • No Compressed-Air Technology Used for Sorting
  • Integrated Hoods
  • No Edges, Corners, Recesses or Other AreasParts that are Difficult to Access
  • Smooth, Easy-to-Clean Surfaces
  • Products do not Become Statically Charged

Flexible Solutions for Controlled Environments Manufacturing under cleanroom conditions ensures that products are protected against contamination. This approach plays a vital role in medical technology, the pharmaceuticals and food industries, semi-conductor manufacturing and micro-assembly. Maximum permissible contamination levels vary according to applicable cleanroom class, ranging from 100 (ISO 5) to 100,000 (ISO 8). As a production environment, cleanrooms affect the design of assembly machines. For cleanroom classes 100 to 100,000, these machines must minimize particle count and be very easy to clean. Cleanroom suitability also depends greatly on materials used, utilities, system architecture, air flow and velocity, and temperature. For checktest stations, non-contact technology is generally employed. Almost all sortimat assembly and feeder systems are suitable for cleanroom applications. Features of Sortimat Assembly Systems for Use in Cleanrooms

• No Actions or Movements Above Products
• Fully Enclosed Stations
• No Edges, Corners, Recesses or Other AreasParts that are Difficult to Access
• Integrated Air Extraction Units
• Easy-to-Clean Design
• Products do Not Become Statically Charged
• Integrated add-on technologies are also selected in accordance with cleanroom specifications. For example, preference is given to printing methods with the lowest particle emission rates. For gluing processes, suitable adhesives are used, and air extraction is provided. Features of Sortimat Feeder Systems for Use in Cleanrooms
  • All Parts Made of Stainless Steel or Anti-Static Plastic(Abrasion-Resistant)
  • Large Doors
  • No Compressed-Air Technology Used for Sorting
  • Integrated Hoods
  • No Edges, Corners, Recesses or Other AreasParts that are Difficult to Access
  • Smooth, Easy-to-Clean Surfaces
  • Products do not Become Statically Charged