MP Armektron Mobile Transferable milking parlor

The MP Armektron Mobile transferable goat and sheep milking parlor provides a functional and effective milking solution for mobile livestock units with a large number of animals.

Its purpose is to streamline the milking process, ensuring that the flock's movement does not disrupt the flow of daily work and the animals' schedule, while simultaneously safeguarding their health.

It features a special design that combines the advantages of a complete milking parlor within the space of a transferable platform. It integrates a headlock system with individual feeding troughs, side gates, a feed tank, an automatic feeding mechanism, teat cups and claws, a milk receiver, electronic pulsators, a vacuum unit, a washing system, and can include an electrical generator.

The MP Armektron Mobile's transfer platform can be open or closed type. The difference lies in the side walls which can be lifted to offer protection from the sun. In both cases, the MP Armektron model (Fast 4 All or Standard) can be installed to fully meet the needs of each unit.

The easy transport of the milking parlor, the unhindered entry and exit of the animals to the milking parlor, the automatic washing, the fast and safe extraction of milk as well as the minimization of human care are some of the main advantages of the MP Armektron Mobile.
MP Armektron

Capability to accommodate MP Armektron F4A or Standard milking system

Capability to accommodate MP Armektron F4A or Standard milking system

Equipment

Platform gates with motor and wire cables

Integrated platform lighting

Plug & Play electrical board

Automatic washing with MP Armektron Ultra

Equipped with a cabin and a machine room

Capability to accommodate MP Armektron F4A or Standard milking system

Platform gates with motor and wire cables Integrated platform lighting Plug & Play electrical board Automatic washing with MP Armektron Ultra Equipped with a cabin and a machine room Capability to accommodate MP Armektron F4A or Standard milking system