Continuous flow mono-component dispenser - CFD

Manufacture: mta-Unitechnologies
SKU: mta CFD

The continuous flow dispenser  CFD is a highly accurate volumetric dispenser based on eccentric screw pump system. The CFD is highly versatile capable of dispensing low-viscosity, high-viscosity and filled materials.



Advantages of Continuous flow mono-component dispenser - CFD:
■ Extremely accurate and repeatable
■ Mechanically and chemically compatible with many materials
■ Suitable for low- and high-viscosity materials
■ Long life span of rotor & stator
■ Simple setting of the dispensing parameters via numerical controller
■ Easy cleanup and purge

Feature of CFD:
■ Broad flow range
■ 2 motor sizes, 5 pump sizes and 9 rotor/stator sizes
■ Rotor available in hard chrome plated or DLC coated
■ Different elastomers for stator
■ Housing in stainless steel or PEEK
■ Flow rate is directly proportional to drive speed

Options:
■ Standardized robot platforms: OEM300, OEM500, MRC500 and TR300
■ Several motor and interface options
■ Material supply such as barrel, bucket, cartridge
■ Material processing such as degassing, pre-heating, homogenization

Working principle
■ The motor directly drives a rotor with one or more helical windings eccentrically within an elastomer stator. The eccentric movement of the rotor creates a series of cavities that push the material through the pump. The stator’s complex geometry provides consistent displacement at any phase of rotation, so the flow does not pulsate.

Typical dispensing applications
■ Potting and honeycomb potting
■ Dot and line dispensing
■ Glob-top dispensing
■ Dripping
■ Lubrication Typical dispensing applications
■ Sealants such as silicone, MS-polymer, polyurethane, methyl methacrylate
■ Adhesive such as anaerobic glue, epoxy resin, UV-Acrylat, dispersion glue
■ Gap fillers
■ Thermal conductive paste
■ Solvent-based medium
■ Grease and oil
■ Icing and dairy products
■ Metal filled pastes e.g. brazing and silver paste
Read more the information of Dispenser
Download catalog at here

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