2025 Bale Baron® Baler 210

2025 Bale Baron® Baler 210

Setting the new pace for hay bale production, the Marcrest 210 Baler eliminates the productivity bottleneck of traditional balers and provides the first Bale Baron 5250 integrated windrow-to-bundle system for high-volume small bale production that’s ready for market all in one step. With only one operator, a single tractor and the complete Marcrest system, you can now bale and bundle.

Features may include:

• • The ground speed matched camless pickup head feeds the double auger and rotor for combined superior feeding efficiency.

• • The triple tailless knotter is designed to create a stronger knot without the use of a knife arm.

• • Supporting the pick-up head are two swivel wheels with adjustments for consistent minimum ground clearance.

• • Using the LCD screen display, the in-cab tablet provides fingertip control of all baler functions.

• • Protecting the entire baler from power overload without using shear pins is the auto-reset clutch. Simply slow down RPMs to allow the driveline to re-engage and then continue baling as normal.

• • Packing in the hay fast and tight is the plunger running at 120 strokes per minute using the momentum of the large diameter 380-pound flywheel.

• • Producing bales in the standard 14” x 18” size, the 210 uses three strings to create consistent and uniform bales.

• • Self contained onboard hydraulic system for efficient and contamination free management of baler’s hydraulic functions.

• • The 210 Baler provides hydraulic ports at the rear of the unit to easily connect the Bale Baron 5250 for streamlining initial setup.

• • Designed with low maintenance requirements in mind, the 210 Baler features premium components made to last with minimal servicing needed.

• • Top and side shields fully open to easily access all components. The stuffer, rotor and chamber also have dedicated clean-out doors.

• • With a holding capacity of 21 twine spools, the 210 matches high-capacity baling with high-volume twine requirements for in-field efficiency.