Spec:
Strips the jacket and insulation after laser processing with the laser jacket cutter (JC series) by clamping the wire with a precision motor and air cylinder.
Problems for the Jacket and Insulation strips
The ease of stripping the jacket and insulation depends on the degree of adhesion to the core and shield wires, the coating material, hardness and surface friction, outer diameter, and other condition. With general air-driven clamping strippers, it is difficult to control the clamping conditions for each wire in detail, and if the clamping pressure is increased on a wire that is difficult to strip, the frictional resistance increases and the wire cannot be stripped.
Content:
Features of the Advanced Jacket Stripper
1 Strip for optimum condition for each wire
By controlling a combination of precision motors and air cylinders, stripping can be performed under optimal conditions for each wire.
2 Numeric control of stripping condition and recipe management
Numerical control and recipe management of upper and lower clamp intervals and pressures are possible, so recipe registration can be done in advance for each wire. There is no downtime when changing setups if the wire to be processed changes, just select the recipe. Ideal for small-quantity, high-mix production and shared use with prototype development.
3 Full stripping and half stripping are available
You can select full stripping and half stripping in the recipe.
Full stripping
Half stripping(Semi-stripping)
4 Clamp head can be changeable
In the case of wires with strong adhesion to the core wire or shielded wire, or when the surface of the jacket or insulation is slippery, the rubber clamp may slip and leave residue. FBC's unique blade clamp can reliably strip the sheathing off wires that are difficult to strip. (※ Blade clamp is an option) In addition, rubber clamp and blade clamp can be easily switched without the need for tools.
5 Prevent scattering of stripping debris
Equipped with a dust collector. The unique dust collection structure collects all the peeling debris after stripping. There is no need to worry about the stripper scattering inside or around the equipment or bringing it into the subsequent process. Also the unique mechanism ensures the removal of peeling debris stuck to the clamp due to static electricity, etc., so there is no peeling debris left behind that will affect the next process.