Description
Dairymaster Swiftflo Revolver Single Feed Hopper Base (Complete)
The Dairymaster Swiftflo Revolver Single Feed Hopper Base (Complete) is a fully assembled replacement unit designed for use within Dairymaster Swiftflo revolver feeding systems. It forms a key structural and functional part of the feeder, supporting reliable and controlled delivery of feed to individual animals.
This hopper base is supplied complete, including the flexi auger drive unit and feeder shut-off assembly, which helps regulate feed flow and maintain accurate operation. The shut-off mechanism includes a left-side limit switch, ensuring correct positioning and controlled feeder function during operation.
Designed for durability in demanding livestock environments, the hopper base is built to withstand regular use alongside automated feeding equipment. Replacing worn or damaged hopper base components helps restore smooth feeder operation, reduce feeding interruptions, and support consistent feed delivery.
This complete assembly is ideal for both planned maintenance and replacement where individual components are no longer performing reliably. Having the unit supplied complete reduces installation time and ensures all associated parts work together correctly once fitted.
As Swiftflo revolver feeder configurations can vary, it is important to use the part number to help with part verification before ordering. This ensures compatibility with your existing system and avoids unnecessary downtime.
The Dairymaster Swiftflo Revolver Single Feed Hopper Base (Complete) provides a practical, ready-to-install solution for maintaining dependable and efficient feeder performance.
Key Features
-
Complete hopper base for Dairymaster Swiftflo revolver feeders
-
Single feed hopper base assembly
-
Includes flexi auger drive unit
-
Includes feeder shut-off with left-side limit switch
-
Designed for reliable, consistent feed delivery
-
Supplied as a complete replacement unit
-
Please use part number for part verification

Reviews
There are no reviews yet.