Disposable robot cover
Robot for painting in the automotive industry
Robot for painting in the automotive industry
White robot protected by an anti-infiltration cover

Disposable Robot Cover for Paint Lines

Underbody Waxing – Plastic Filler Robot - Paint & Varnish

Solution description

Housse socle + corps robot + poignet ventilée circuit fermé
Solution 5: Full Cover Hood from Axis 1 to 6

Interessed by our covers ?

The advantages of ASP

  • Optimal protection of the robot against paint and varnish mists
  • Prevents paint deposits on treated parts
  • High paint or varnish absorbency power
  • Stretchable sleeve covers available in custom lengths or rolls (variable length depending on the model)
  • Multiple widths available
  • The “shaped” sleeve can be adapted to perfectly fit the robot’s morphology
  • ATEX-certified paint sleeves
  • The disposable TTY or TYSO fabrics are paint-resistant and 100% recyclable PE. Depending on the ATEX requirements, customers can choose between an insulating TYSO fabric or an antistatic TTY fabric.
  • Controlled cutting, inspection and packaging, process compatible with paint workshops (no fibers)
  • Absorbent foams for handling tools in varnish applications
  • TSB13 or FPB flexible and paint- and solvent-resistant undercovers.

These disposable protective covers for paint robots are used in paint and varnish workshops, but they are also suitable for applications such as underbody wax/plastic filler (TSB13 or FPB fabrics).

In order to avoid robot malfunctions on the paint line and prevent high maintenance costs, robot protection is essential in these types of applications.

The polyamide or polyester-based fabrics that we use to manufacture the paint robot covers are silicone-free and ATEX-certified for paint (sleeves). Our range of disposable sleeves includes the following materials: F770I / F770Y / F750 / F700 / F530 / F350 / F200 / F205 / F190 / F100.

These various widths provide suitable protection for all types of paint robots, manipulators, or opening robots.

Your constraints:

  • ATEX zone
  • Limited cleaning time
  • Use of solvents
  • Anti-fiber/particulate zone
  • Easy to clean for plastic filler robots