Aluminum Laminated Film Forming

Battery Process

More Custom Items

Aluminum Laminated Film Forming

Item No.: XW-N-CF-200;
Application: it is suitable for pouch cell lithium battery aluminum-plastic film punching shell forming;
Warranty: One Year warranty with lifetime support;
Order(MOQ): 1 pcs;
Payment: T/T,Western Union, Paypal,L/C;
Product Origin: China;
Lead Time: in stock or 1-10days,ect;
Note: XIAOWEI factory supports OEM.


The semi-automatic aluminum laminated film forming machine is suitable for punching and forming aluminum-plastic film shells for pouch cell lithium batteries. Use a forming mold to punch out a shape that can hold the roll core on the aluminum plastic film while heating.

The equipment uses the principle of a boosted cylinder to achieve the pressure required for stamping, converting the smaller air source pressure into a larger liquid pressure output, thereby driving the mold to stamp the aluminum-plastic film shell.

aluminum laminated film for pouch cell case video.


Aluminum laminated film forming machine

aluminum laminated film forming for pouch cell battery case forming


  • Easy and fast to adjust the drawing depth;
  • Easy and fast to replace mold;
  • No crow’s feet and falling corners in and around the molded product;
  • Four-guide column structure, sliding smoothly up and down with high precision;
  • Use light curtain, double button operation and cover protection, safe to use;
  • Compared with similar products, the same quality of aluminum-plastic film this product pulls Reach deeper and more stable;
  • Easy to operate, safe and reliable, beautiful appearance, small size;

Main Parameters

  • Applicable specifications: Max L200mm*W150mm (can be customized according to requirements) Punching depth Max6mm, related to the quality of tensile strength aluminum-plastic film;
  • Booster cylinder: 3T, adjustable;
  • Counting mode: counter display;
  • Power supply: AC220V/50Hz;
  • Power: 100W;
  • Air source: 0.5MPa~0.7MPa;
  • Weight: Approx. 180kg;
  • Device size: L460xW320xH925mm;
  • Mold/core roughness: 0.4;
  • Upper and lower die flatness: 0.02mm;
  • Core flatness: 0.02mm;