As important equipment in corrugated board line dry end, the equipment can accurately score and precisely slit boards. It adopts the computerized control and auto order changing functions, which can reduce the wastes caused by shutting down in order to improve the production efficiency.
Electric & Pneumatic part
Servo motor, VF motor
Pneumatic components from SMC, Air Tac
Actuation Part
Supporting parts are manufactured with high quality
steels
QT450 cast blade and scorer moving plate
Precisely drawn high-quality steel transmission shaft
High quality tungsten alloy blade
Transmission Part
Imported synchronous belt
HIWIN, BEST ball screw shaft, linear guide rail
NSK, IKO, HRB precision bearings
Control Part
Order arrangement translation: Siemens or Schneider
servo control
Blade/Scorer Drive: Siemens or Schneider frequency
converter
Operational Monitoring: touch screen or industrial
computer
Monitor Control: Sick and Baumer series sensor
Low-voltage Apparatus: Schneider
The high quality human-machine interface and high performance PLC are used to form slave and master computer
control system which could be connected to production management system.
With high quality linear guide rail and high precision ball screw transmission assembly, the positioning precision of
slitters and scorers is ensured to be ≤ ±0.5mm;
Capable of storing order to realize non-stop automatic change of orders or manual change of them;
Automatically track the speed of production line to be synchronous with it and could be able to connect with production
management system due to strong compatibility;
Arrange order with single-screw and multi-servo drive with change time of 1-3 seconds; able to realize fast change
functions when two machines are used simultaneously, with less scrapped boards;
Thin-type tungsten steel alloy cutter which is very sharp could serve more than 8 million meters;
Adopt patented passive grinder which is simple in structure and easy in maintenance;
The grinding could be achieved automatically by computer or by hand and could be done while slitting so as to improve
working efficiency;
Three types of scorings: convex to concave, convex to convex, convex to flat roller, wherein convex to concave and
convex to convex could be switched automatically and convex to flat roller could be able to realize flat scoring (pre-scoring);
The computer control could help realize scoring clearance adjustment by adjusting upper scoring group height so as to
ensure it is good in line shape and easy to form.
Lower scoring flat roller and scoring wheel both rotate actively with imported synchronous belts, which guarantee higher
precision, longer service life and lower operating noise.
