Cutter Drum Retooling

1. More Versatility From the Same Rake
A well-designed tooth pattern can help the same attachment perform effectively across a wide range of jobs

2. Less Bogging Down
The teeth don't all bite into the ground at once. That reduces the load on the machine and helps prevent the engine from bogging down in tough soil.

3. Faster Ground Speed
When the drum isn't fighting itself, you can keep moving instead of slowing down to let the rake catch up. The right pattern can allow significantly higher working speeds while maintaining a quality finish.

4. Longer Tooth & Bearing Life
Spreading the workload more evenly reduces the shock and impact on individual teeth and drum components. That means more even tooth wear and less stress on the bearings.

5.  Cleaner, Smoother Finish
Proper tooth spacing and stagger help eliminate ridges, grooves, and “washboard” lines, leaving a more uniform seedbed.

Tooth Lacing Explained

Tooth lacing is simply the way the cutter teeth are spaced and staggered across the drum of a power rake. That spacing determines how the teeth hit the ground, how much material they move at once, and how smoothly the rake works.

Most factory rakes use a basic, one-size-fits-all tooth pattern. It may look good on paper, but that doesn't always translate to good performance in the field. Poor spacing can make the rake work harder, leave an uneven finish, slow you down, and put unnecessary stress on the teeth and bearings.

A properly designed tooth pattern keeps the teeth working smoothly together instead of having too many teeth hit the ground at once. The result is better use of your machine's horsepower, smoother operation, and a more consistent finish.