Fillers - Liquid and Viscous Filling
We offer three different filling technologies to serve the needs of your application: Mass Flow, Net Weigh, and Volumetric. Fill Sweetened products, Edible Oils, Sauces and Dressings, Condiments, Dairy products, Beverages, Home and Personal Care products, and much more with speeds up to 72,000 containers per hour (CPH). Our PNEUMATIC SCALE and HEMA fillers ensure high-efficiency operation and precise filling for liquid and viscous products, with or without particulates.
Our filling machines are available in stand-alone (filler only), monoblock (integrated filler/seamer or filler/capper), or triblock (integrated rinser/filler/capper or filler/plugger/capper) configurations. We design versatile, reliable filling solutions engineered to optimize your production.
Browse our different filling technologies.
About Fillers - Liquid and Viscous Filling
Monoblock Configuration, how does it work?
Our filling machines for liquid and viscous products can handle a variety of packaging applications and, based on the application's specific requirements, we can provide a Monoblock configuration where the filler is paired with a suitable closing solution consisting of either a Capping module or a Seaming module.
The PNEUMATIC SCALE Capper can be seamlessly integrated with a PNEUMATIC SCALE Filler for containers that are closed with screw-on caps, press-on caps, pump caps and much more.
The ANGELUS V-Series Seamer can be seamlessly integrated with a PNEUMATIC SCALE Filler for most applications where the product is filled into a can.
Triblock Configurations, how does it work?
Our filling machines for liquid and viscous products can handle a variety of packaging applications and, based on the application's specific requirements, we can provide a Triblock configuration, where the filler can be integrated with a rinser and capper or a plugger and capper.
As per the monoblock configurations, these modules are integrated seamlessly with the filler, to make sure that your packaging and production needs are met.
