Numerically controlled machining centre - BIESSE SKIPPER 130
Numerically controlled machining centre SKIPPER 130 ° For panel dimensions bigger than 2.500 x 1.000 mm the machine is able to process only in single panel mode The machine is composed of two operating units, top and bottom, equipped with totally 82 independent spindles. Manual loading system with air floating table
Panel dimensions
MIN MAX
Length 90 3000 mm
Width 70 1300° mm
Thickness 8* 90 mm
* If length is more than 2.000 mm the min. thickness increases to 13 mm.
RH automatic unloading conveyor with belts for the automatic unloading of the panels
Bottom and top operating unit. Electrospindle with ISO 30 adaptor - 6.5 kW (8.7 HP), air cooled. Controlled by inverter.
Bottom and top operating unit. Grooving Saw Unit diameter 160 mm - 5 kW (6.7 Hp), for blind lengthwise grooves - Fixed working direction in 'X'. Controlled by inverter.
BiesseWorks editor to be installed in the basic machine. A high-level software interface makes particularly easy and direct the machine programming.
Net price of the device from
Numerically controlled machining centre SKIPPER 130
Panel dimensions
MIN MAX
Length 90 3000 mm
Width 70 1300° mm
Thickness 8* 90 mm
° For panel dimensions bigger than 2.500 x 1.000 mm the machine is able to process only in single panel mode
* If length is more than 2.000 mm the min. thickness increases to 13 mm.
The machine is composed of two operating units, top and bottom, equipped with totally 82 independent spindles.
Manual loading system with air floating table
RH automatic unloading conveyor with belts for the automatic unloading of the panels
Bottom and top operating unit. Electrospindle with ISO 30 adaptor - 6.5 kW (8.7 HP), air cooled. Controlled by inverter.
Bottom and top operating unit. Grooving Saw Unit diameter 160 mm - 5 kW (6.7 Hp), for blind lengthwise grooves - Fixed working direction in 'X'. Controlled by inverter.
BiesseWorks editor to be installed in the basic machine. A high-level software interface makes particularly easy and direct the machine programming.