Valmetal Group products

Bale Choppers

Self Propelled Bedding Chopper

The ingenious design of the rotor shaft and knives discs offers a Spiral pattern for smooth operation which also requires less horsepower!

Hay Bedding Chopper

The spiral rotor is composed of independent disks of four (4) knives allowing easy replacement, fast and secure. The Bedding chopper is equipped with the most robust grate on the market. An optional fine cut grate is also available. An access door and an easily removable tub allow easier access to the rotor when change out is required.

Motorized Carts

Electric Feeding Cart

Designed to make your life easier, the electric feed cart saves you a lot of money and keeps you healthy! Finished the exhaust gases ... Cheers for green!

Round Bale Feed Cart – Bale Unroller

The Valmetal bale unroller simplifies the distribution of silage and dry hay. The Valmetal round bale distributor saves you a lot of time and without any effort.

Equipment - TMR Mixers

Valmetal - Vertical Feed Mixers

Valmetal's vertical feed mixers are designed for the efficient processing of a wide array of dietary components for livestock, capable of handling nearly any form of ingredient. Offering a range of tub shapes and auger configurations, these mixers are engineered to facilitate rapid bale processing while maintaining the integrity of dietary fiber. Notably, they consume less power and provide precise mixing, characteristic of Valmetal's offerings. The mixer lineup includes the V-Mix, V-Max, and Fatmix series, each tailored with specific tub and auger designs to cater to varied operational needs. Opt for a stationary unit to integrate into an automated feeding system or a mobile trailer model for greater versatility. Essential features include reinforcement discs for stable operation and tungsten carbide knives for efficient processing, ensuring durability and extended lifespan. With various optional enhancements like hydraulic door openers, extra kicker arms, and unloading conveyors, these mixers can meet the demands of complex feeding environments.