Description

The Electrodes Are Unrolled In Rolls, And The Deviation Correction Is Controlled To Ensure The Accuracy Of The Electrodes During The Punching Process;
PV Tape Is Used For Die-Cutting And Feeding And Cutter Pads To Ensure Good Die-Cutting Effects Of Electrodes;
Adopt Upper And Lower Eight-Column Punching Power Head Device, Stable Operation, High Precision Of Upper And Lower Die Plane;
The Electrode Is Removed By A Suction Cup, Which Is Convenient For Group Removal And Transfer Of The Electrode. The Two Sides Take The Material Method, And The Efficiency Is High; Using The Touch Screen Input, Various Parameters And Displays Can Be Set.
The Electrode Is Formed By Die-Cutting, And Each Electrode Only Needs To Be Replaced With The Knife Mold, Which Is Convenient To Change The Model;
Cross-Cut Area Area Size: 650×520mm;
Maximum Number Of Pieces: 2～6 Pieces;
Equipment Operating Efficiency: 30 Times/Min, Bilateral Reclaiming Method;
Electrode Forming Efficiency: 30 Times/Minute (Determined According To The Length And Size Of The Electrode);
Forming Dimensional Accuracy Of Electrode: ±0.1mm
Accuracy Of Forming Edge Burr: ≤0.03mm;
Cutting Edge Powder Drop Range: <0.5mm;
Pulling Accuracy: ±0.2mm;
Longitudinal Deviation Correction Accuracy: ±0.5mm;
Forming Method: Laser Knife Mold (The Gap Between The Knife And The Knife Is About 2mm)

Tool Life: ≈30,000 Times 

The Man-Machine Interface Has Setting Parameters For The Number Of Electrodes, With Error Display Prompt Function; Automatic Counting Function;
The Electrode Has A Correction Device;
Relying On The Paper Backing PV Film Belt And Driving The Pressure Roller To Move Up And Down Through The Knife Mold To Complete Accurate Die Cutting; The Size Of The Die-Cut Electrode Is Determined By The Upper Knife Edge. During The Die Cutting Process, The Electrode Is Covered On The Paper Backing PV Film , It Is Convenient To Protect The Cutter And Discharge.
Main Engine Lubrication Method: Automatic Circulating Oil Supply
Punching Stroke: 25mm;
Punching Pressure: ≤8T