Carrier Side Air

  • antistatic sleeve
    antistatic sleeve
  • hardness 90 ShD
    hardness 90 ShD
  • humidity resistant
    humidity resistant
  • manual handling
    manual handling
  • mechanical resistance
    mechanical resistance
  • protection ring
    protection ring
  • PTB Norm compliant
    PTB Norm compliant

Pneumatic adapter with Carbon Fiber covering to reduce plate mounting sleeve thickness. It enables an important reduction in weights by easing manual movement of the loads with considerable savings over time in machine preparation (job change). Anti-static, it is compatible with all Rossini sleeves. Sleeve mounting is particularly easy thanks to the compressed air distribution via an internal circuit with independent power supply. Reduces plate mount sleeve costs while enhancing printing quality. Rossini patent no. 1275901.

Fibreglass base sleeve with compressible layer; the special intermediate layer in ultra-light polyurethane supports the outer, carbon fibre coating. The carbon fibre side flanges guarantee total resistance against humidity and solvent penetration. The metal register notch is mounted on side flanges; the protective, steel ring with an integrated notch is available on request.

Grey (Carbon Fibre)
Max Diameter
700 [mm] // 27.559"
Min/Max Length - Tolerance UNI:ISO 2768T1m
350 - 2.850 [mm] // 13.78" - 112.205"
7,5 - 70 [mm] // 0.295 - 2.756"
Surface hardness - Tolerance +-5 Shore D
90 Shore D
Electrical resistance
<1 MOhm
Compressed air for sleeve/carrier assembly
6 - 10 [bar] // 87 - 145 PSI Minimum capacity: 700 [l//min] with air input having a free passage with D => 8[mm]
Operating temperature
18° - 40 °C // 64,4 - 104 °F
Max printing speed
350 [m/min]
Register notch
Metal notch - Optional : protection steel ring with integrated register notch
Working tolerance
External finishing with precision grinding (Ra=0.8) with T.I.R. < 0.02 mm] when measured on a mandrel with T.I.R. <= 0.005 [mm]
Cleaning and Storage
Use ethanol with an additional max 20% of ethyl acetate; store vertically