Huge Bucket Capacity
Your time is valuable. With a 5 cubic yard bucket, Degelman Rock King lets you spend less time at the rock pile and more time at the windrow.
Keep your rock pile tidy. The Rock King's imposing 6’,9” dump height lets you pile higher than ever before.
Zero Maintenance Technology
The Rock King design is over-built with zero maintenance technology. Here you will find the latest in sealed bearings and oversized machined shafts and pins with maintenance free composite bushings and commercial grade quality.
Pin Eye Cylinders
The Lion WP 3000 welded cylinder series is designed to withstand the most demanding applications on the market today. Lion’s extensive design experience has resulted in a premium cylinder with the latest in sealing technology. Standard Lion 1000 induction hardened rods provide the ultimate in corrosion protection and durability.
The wiper edge removes even the toughest dirt and contaminants from the pin, keeping the system running clean and at its peak performance. The metal enclosure ensures a secure fit in the open housing, preventing expulsion of the wiper even under extreme conditions. The low carbon steel case with rust inhibitor helps prevent premature corrosion.
Round Solid Steel Grill
The grill teeth on the Rock King are made of round solid C1045 steel shafts. This steel is much stronger than ordinary mild steel and has a natural spring to it to resist impact damage. A Degelman grill is extra heavy, developed with the optimum sweeps and curves to separate rocks from stones. Every third tooth is welded to the frame to allow small lodged rocks to clear freely. The round profile itself is also the optimum shape with the smallest choke point to minimize jams.
Precision Grill Control
The wheel placement created between the tractor hitch and the offset tires provides precise reactive control over grill depth, exceptionally important when working in soft and/or wet field conditions.
Rock pickers are used in the most abusive and harsh conditions known in the agricultural and construction markets. Hitting, lifting and picking hard heavy stones puts enormous stress on equipment. A durable rectangular frame design is the heart of a Degelman rock picker. It supports these big loads and carries the weight of the grill and reel assembly. Even the inside corners are supported by heavy angle plates that tie the frame tubes together.
Superior Paddle Teeth.
The paddle design starts with an over-sized, heavy wall tube. The teeth themselves overlap the paddle tubes to protect the tubes from damage. This small detail increases the tube strength, creates a more robust point of rock contact, prevents tube damage through bowing and reduces dents. This is but another example of the Degelman difference - no detail is overlooked.
Degelman Industries makes use of cutting edge production technology like robotically welded paddle teeth; perfect welds every time. Additionally, the teeth are fully hard surfaced by robot - a technique commonly employed in industrial applications that provides three times more wear resistance.
Advanced Reel Spring Design
The reel spring assembly moves constantly under heavy loads and is designed to arc back under pressure and release. The spring is a heavy-duty compression design exclusive to Degelman, which has taken years to perfect. It works better and lasts longer than typical extension springs. Paired with this is a urethane puck that dampens vibration and minimizes backlash as the reel paddle decompresses. Finally, a simple bend integrated into the spring holder plate greatly increases the strength of the spring holder.
The oversized reel plates are heavy and designed to withstand abuse. The reel side plates are laminated and incorporate formed edges that dramatically increase the reel's strength and providing a natural deflective surface. Small details can make a big difference.
Superior Rock and Soil Separation
Degelman rock pickers are designed to pick stones quickly, efficiently and with a minimum of soil collection. The geometry between the reel and grill is designed so that the paddle makes the first contact, lifts and spins the stone onto the grill further separating the rock from the soil.
The unique interlaced grill and paddle teeth drop dirt easily onto the field. Even the bottom and rear of the hopper box make use of grated spring bar strapping to keep rocks in and dirt out.
Extra Plates, Extra Welds, Extra Strong
Backing into a rock pile with a weighted rock picker can damage key components. The hydraulic hose cover is welded to the box frame to be even stronger in a key crush point. The back of the hopper box is constructed of double walled formed steel as it receives heavy pounding by rocks in the hopper and the area most likely to become damaged.
Where crush damage and daily wear are more likely, areas have been reinforced to ensure years of trouble free operation. For example, the grill side plates have additional reinforcement plates added to counter head-on damage.
Operators that clear bush and pasture land often use the Degelman Rock Rake to place debris into neat windrows. Our Degelman rock pickers were designed to take the normally tough demands of a rock windrow. These windrows are often contaminated with sticks, stumps, crop residue and stones of various sizes and shapes. Degelman Rock King pickers are designed to work tirelessly for this exact purpose.
Removable Tire Assemblies
Distributing weight and minimizing the pounds per square foot in soft wet conditions is necessary. These large diameter tires disperse the weight of rocks in the hopper and reduce the possibility of heavy rutting on your valuable fields.
We make changing the tire, rim or spindle a much simpler process by providing a single bolt through the spindle. Changing the running gear is quick and painless.
Increased Ground Protection
Degelman Rock King uses Michelin CARGOXBIB 710/50 R26.5 agricultural tires, offering an extremely wide footprint and rounded shoulders for maximum flotation in any soil condition, minimizing rutting and soil damage. The Michelin CARGOXBIB tire design helps reduce the power required to pull, resulting in increased productivity and fuel savings.