2023 Degelman Tri-Plex Landroller LR7651

2023 Degelman Tri-Plex Landroller LR7651

Degelman landrollers not only decrease downtime and fuel costs, they also provide optimal seed to soil contact while reducing weeds and moisture loss. Level land allows cutter bars to safely access the base of plants without the risk of rock ingestion. This allows for a faster, safer and easier harvest which ultimately translates to a increased yield on pulse crops such as beans and cereals.

• Heavy Duty. Built to Last.

The rigid frame is made out of six inch structural tubing. The drums are manufactured from 36 inch diameter pipe with over-sized shafts and bearings. Extra heavy duty cross joints and high quality cylinders and bearings are just a few of the standard features incorporated into this machine.

• HD Oversized Tubing

At 6 x 6 inches, the oversized HSST tubing offers maximum support throughout the entire length of each roller.

For 2022 models, we've made unfolding the roller in to field position much more efficient. The roller and new HAMeC end wheels now have two hydraulic circuits instead of one.

To unfold the roller,remove all transport locks but only slightly lower the wing drum. This will make the tires turn slightly (as seen above)so it unfolds.

Now back-up until the unit is completely unfolded, then fully retract the end wheel and center rockshaft circuits. Time to get to work.

• Extreme Flexibility.

The unique "floating hitch" system provides flexibility while in field position. While in float position, the roller is allowed to move freely over rough terrain without being restricted by the hitch.

• True Drum Overlap

Drum overlap has to be done right. Competitors will try to disguise overlap with small secondary drums cuasing unequal pressure, unnecessary complexity, and moving parts and bearings. Degelman drum overlap is simple and built into one heavy design.

• Flat Fields. Maximum Yields.

From flattening corn stalks to embedding rocks, Degelman Landrollers are the ideal piece of equipment for achieving flat fields and maximum yields.