Standard Features:

Model FTGSEMI4 CR Semiautomatic Time Gravity Filler
This filler is best suited for water and very thin liquids whose viscosity does not change with ambient temperature or with batch variation. Especially suited for caustic and corrosive product where recirculation of the product is not possible. Two to four nozzles are actuated by timer for very precise fills on thin liquids.

    • PLC control with simple single button programmability offers convenient “one shot” operation (i.e. filler cycles once then stops and waits for operator to activate cycle again). Program remains in memory when power is shut off.
    • Nozzle timing protocol is PLC controlled for high accuracy fills.
    • Constructed of fiberglass and plastic components for extreme corrosion protection.
    • Plastic fluid path.
    • Nozzles are constructed with Kynar body and teflon diaphragm.
    • Nozzles have built in flow control for simplicity of setup and machine configuration.
    • Precision manual bottle height adjustment with no tools required

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Options: Diving nozzle heads for in the neck filling.

 
 


About Our Unique Corrosion Resistant Systems:

 

Inline Filling Systems has a unique product line unmatched by any other manufacturer in the world. We have a complete integrated unscramble, fill, cap, accumulate system built entirely of fiberglass, and UHMW plastic components. Even the fasteners used in the construction of this machinery are fiberglass. Shaft components are titanium or fiberglass construction depending on tensile strength required. Special coatings are used on on other metalic exposed machinery components whenever practical. Special powder and industrial polymer coatings, UHMW and Teflon plastics, and other materials are used on our manufacturing process. Electronic components used in the control systems are treated for anti corrosion and the enclosures are constantly purged with clean system air even during shutdown.

It is worth noting that other manufacturers have attempted to make corrosion resistant machines in the past only to fail in a short period of time because the frame components and fasteners remained metalic. Our resolve to build a sturdy system out of corrosion proof structural components has not been duplicated by any other manufacturer. Photos below show examples of conveyors, filling and capping machines constructed with these techniques.

 
 
 

FOF-manifold-sections

 

Fiberglass Structural Frames

All stainless structural components on this filling machine made for a muriatic acid filling plant are tubular fiberglass construction with UHMW plate construction and fiberglass bolts.

 

FOF-manifold-sections

 

Powder Coated Subcomponents

This motor and drive system componentry has been powder coated to increase resistance to corrosion in a brine filling operation.

 

FOF-manifold-sections

 

Plastic Conveyor Construction

Conveyor side frames in a bleach plant have been fabricated from plastic; all stainless fasterners have been replaced with either fiberglass or titanium.

 

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Specialty Fluid Path Engineering

Kynar and Teflon fluid path materials used in the components in this filling machine were specifically chosen for their excellent resistance to the aggressive properties of bleach.

 

FOF-manifold-sections

Semi Automatic Systems for Small Operations and Startups

Smaller Operations are no exception to the need for robust, corrosion resistant equipment that will last the life of the project. Typical Stainless construction machines filling corrosive products like strong acids and bleach will become a maintenance problem immediately with an expected lifetime of about 1 to 3 years. The all fiberglass and UHMW plastic construction shown here will last for a decade.

 

 

Utilities and Space Requirements

Dimensions: 36″ L x 36″ W x 36IN H

Utility requirements:Electric: 110 VAC / 5 Amps
Air: 15 cfm @ 80 psi

 

 

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