Window Lift Motor Lamination Stamping Die
window lift motor lamination stamping die lamination progressiev stamping die dies incorporate automatic fastening, rotation, skewing, counterboring and rotational skewing functions to manufacture core laminations efficiently during a continuous press run. Our company located in Dongguan city...
window lift motor lamination stamping die
Laminated progressive stamping dies include automatic fastening, rotation, tilting, reverse drilling and rotational skewing functions to efficiently manufacture core laminations during continuous press operation.
The cold work die steel we use has high strength, high toughness and good wear resistance. At the same time, we will take into account the working status, stress conditions, properties of the processed materials, production batches and productivity of the molds for different purposes, and focus on the performance of the above requirements, and then make the corresponding choice of steel type and heat treatment process. Thus, our products can be customized. You can improve the sketch for us and tell us your needs, our designers will analyze according to the actual situation.
Type: window lift motor lamination stamping die
Material :Taiwan carbide KG4.
Work piece Material: Tungsten Blade steel, Die block: P20, Panel:SKD11,Standard-part: MISUMI
Production process: According to the auto parts designing
Application: window lift motor,Power tool motor ect
Work piece Precision: 0.005mm
Mould Tolerance :0.001-0.003 mm
Die life Time:150 million strokes
Design Software: AutoCAD, PRO/E, Solid works, UG(NX), Cimatron, MasterCAM
Surface Treatment: Powder coating, Hot galvanized, Painting, Polishing, Brushing ,Chrome/Zinc/Nickel plating
Service: OEM / ODM service
Machinery Equipments: Milling, Grinding, Boring, CNC, EDM, WEDM, Forming Machine, Precision flat milling, Saw machine, Punching machine
Testing Machine:100% Inspection, CMM, Projector, Microscope
The various parts on the mold have sufficient strength and rigidity, which will not be damaged and deformed during use, and will not cause harm to the operator;
The high-quality materials we choose have good wear resistance and long service life;
We have CAD/CAM assistive technology to better serve mold manufacturing.