APPLICATIONS:
TEXTILE
TECHNICAL TEXTILE
COMPOSITE

Pneumatic Hand Shears

FP862

New model FP862 is the most powerful pneumatic hand-held cutting machine ever produced by Rasor. Air compressed motor is wholly made by Rasor. thanks to the latest generation mechanical and pneumatic components, this excellent turbine reaches a power of 400W with 20.000 RPM and a very high torque. The diameter of motor is now of 40mm only, the smallest within its category. The rotor blades are made of VANESTAR® material which reduce to the minimum the weight and the friction. RPM is now 1400 for ultra fast cut. The new FP862 with a knife of 86mm diameter and 8-edges is able to cut any kind of material at the "flexible stage" up to maximum cutting thickness of 25mm. This is the reason why this model is normally used in textile, technical fabric and composite material field. Due to th high power it is able to cut several layers of fiber glass and carbon fiber. The high torque allows to cut even rubber material with plastic base within the carpet and flooring application. The motor housing is now PTFE coated for heat reducing with an aggressive "look". The foot is aluminium made, light and small dimension so to allow cutting straight or curved sections easily and precisely. The push button sharpening stone allows the sharpening of the knife edge to be done in less than 10 seconds without removing the knife.

youtube

Specifications

Blade diameter 86 mm (3.4″), with hard metal counterblade
Blade descr. 86THSS, 8-edges, HSS steel
Blade speed 1400 r.p.m*
Cutting ability 25 mm (1″)
Power 400 W (at nominal air supply conditions)*
Working pressure 6 bar* (±1 bar) with lubricated air
Air consumption 9 l/sec*
Net weight 1100 g
Total weight (with packaging) 1995 g
Sound pressure 72 dB (EN ISO 15744)*
Vibrations at start up 1,36 m/sec2 (ISO 8662)*
Minimum brightness for working operations LUX 200
Temperature range 0 – 55 C
Umidity range 10 – 95% without condensate * The reported data are collected at a pressure of 6 bar (ISO 2787: 1984), recommended operating pressure