Thin Blade Slitter Scorer Machine
Thin Blade 1200mm Slitter Scorer Corrugated Machine Electric Driven
Thin Blade Slitter Scorer Machine Function and Features 1, The work height can be electric adjusted and the orders can be changed quickly with the two machines. 2, Electric left-right rectification function to cooperate the position of paper sheet. 3, Alloyed steel thin-blades,sharp and long life of over 800 million meters auto sharpening. 4, Scoring part: adopt 5 points scoring, scoring distance in-phase adjust, blazonry and easy to bend the carton sheet. 5, Using the
1800mm Thin Blade Slitter Scorer Machine Cardboard Fully Automatic Servo
1800mm Cardboard Fully Automatic Servo Thin Blade Slitter Scorer Machine 1800mm Cardboard Fully Automatic Servo Thin Blade Slitter Scorer Machine The computer slitting machine adopts thin knife structure, pneumatic lifting, and the transmission system adopts belt, toothed belt and keyless connection, which runs smoothly and has low noise. The whole machine can move left and right to adapt to the offset of cardboard, and automatically adjust the position of each cutter wheel
380v Slitter Scorer Machine High Speed Paperboard Thin Blade
380V High Speed Paperboard Thin Blade Slitter Scorer Machine 380V High Speed Paperboard Thin Blade Slitter Scorer Machine At present, the computer slitter, as an important component of the production line of high-grade corrugated cardboard, adopts the full-computer dual-station control mode, which realizes rapid sheet changing and instantaneous switching. While completing the accurate line pressing and high-quality cutting of cardboard, it effectively controls the waste of
440v Thin Blade Slitter Scorer Machine Semi Automatic Cardboard
440V Semi Automatic Cardboard Thin Blade Slitter Scorer Machine 440V Semi Automatic Cardboard Thin Blade Slitter Scorer Machine The most representative unit equipment for positioning and dividing control of corrugated board production should be "slitting machine". For example, if the "5-knife 8-line slitting machine" adopts screw drive structure, it will need 13 sets of positioning devices; If the rack-and-slide transmission structure is adopted, 21 or 26 sets of positioning