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Home Products VFFS Machines AM024 Stick

VFFS multilane machne AM024 Stick

 ​Up to 30 bags/minute per lane;

  Up to 260mm film width, 3 lanes MAX;

 ​​​Economic solution for starting businesses;

 ​​​​Compact design offering high mobility and portability of the machine;

 ​​​PID auto tuning temperature controller;

 ​​​​Independent cutter. If product is caught between the jaws, the cutter is not actuated which greatly extends its life and product spill is prevented;

 ​​​​7 inch color touch screen interface;

 ​​​​Improved sliding system of the sealing mechanism, addopting annealed sliding rods and Japanese linear bearings. This results in extremely low friction and weariness which greatly extends the lifetime of the sliding system;

Manufactured from stainless steel, in accordance to the food safety requirements and regulations;

 AC motor and pneumatic driven;

 ​Bag length adjustment via photo cell or encoder (both available);

 ​Direct communications between the machine internal components (no intermediate switches, buttons, relays etc.) for better reliability;

The VFFS machine could be equipped with the following dosing systems:

Multilane Auger Fillers

The auger fillers are independent devices, which are normally mounted to the packaging machines and work together with them. This type of dosing devices is used for the dosing of finely grounds, powder-like products.

Multilane Volumetric Fillers

This type of dosing devices can be used for the dosing of free-falling product with a stable ratio volume-weight. Generally, the dosing device consists of a dosing box (with predefined dimensions), which moves from a position where the volume is filled gravitically with product by the intake bunker, to a position, where the dosing box unloads the product to the packaging machine.

Multilane Liquid Fillers

The dosing devices for liquids are a variety of the volumetric dosing devices, where the dosage is done via the help of a piston. Generally, the dosing device consists of 3 main parts - intake bunker, valve box and a piston. The process of dosing runs in the following consequence:
1. Loading the piston with product
2. Dosing the loaded volume of product