FORM FILL SEAL BAGGING
Webster Griffin's FFS (Form Fill Seal) bagging machines offer the benefit of continuous , fully automatic, unattended operation.
Our FFS machines make bags from a roll of flat plastic film or a reel of tubular film.
Which FFS concept to choose? It depends upon the nature of your powder, its bulk density, the weight/volume of the filled bag and the cost of suitable plastic film.
Explore Our Range Of
FFS Velocity
Bags made from flat film - The machine unwinds plastic film from a roll and forms it into a tube which is then made into a bag before being filled with your powder, pellets, chips or flakes. The seal at the top of the filled bag also forms the bottom of the next bag.
At a glance:
- High speed machine for packing food ingredients, chemicals, plastics.
- Throughput 800 - 1200 bags/ hour.
- Bag size range 5 - 50Kg bags.
- Can make gusseted bags & bags with handles.
- built for 24/7 production environment
- Over 1000 machines operating worldwide.
At a glance:
- Heavy duty machine for high speed packing of sand, aggregates, soils & composts.
- Throughput 1200 - 1500 bags/hour.
- High speed filling of 5-50kg & 10-80 Litres.
- Makes pillow bags, gusseted bags and bags with handles.
- Totally unattended operation.
- Built for around the clock operation.
At a glance:
- High speed fully automatic FFS bag packing machine for food ingredients and chemicals.
- 1500 - 3000 bags/hour.
- Accurate filling of 200 to 4.0Kg bags.
- Suitable for packing rice, lentils, sugar, salt, detergent, fertiliser, chemicals & cements.
- Produces different types & styles of bags.
- Reliable machine for around the clock operation
FFS Compact
Bags made from Tubular Film - The machine continuously unwinds the tube of film, makes a bag from the tube, then fills the bag with your product.
At a glance:
- High speed FFS bagging machine for filling bags from rolls of tubular film.
- High throughput of up to 1600 bags/ hour.
- Accurate filling of 5-50kg Bags.
- Suitable for flat tube or gusseted film.
- Built for 24 hour/ day operation.