2021 Summers DK Diamond Disk DK2610 47'
- Year 2021
- Make Summers
- Model DK Diamond Disk
2021 Summers DK Diamond Disk DK2610 47'
DK Diamond DiskWhen the first DK Diamond Disk was introduced in 1984, it changed the way farmers thought about tillage. Unlike traditional X-frame implements, it didn’t need feathering disks, allowing it to produce clean cuts along field edges and make turns with the disks still in the ground. Additionally, the unique diamond shape helped eliminate the ridging, skipping, gouging and rock damage that are common with other tillage tools. The DK Diamond Disk uses 26-inch concave disks for maximum soil mixing.
Features may include:
Diamond Technology- Diamond shape floats over rocks without damage
- 19-degree front gang moves soil inward
- 18-degree rear gang returns soil outward to eliminate ridging without the use of outside feathering disks
- The rear five-blade finishing coulter sizes residue and levels the soil
- Triangular wheel arrangement prevents ridging, skipping and gouging
- Finishing options create the ideal seedbed
The DK Diamond Disk uses 26-inch smooth disk blades with 3-3/8-inch concavity for aggressive soil mixing. The blades are mounted on heavy-duty 2-inch shafts and include adjustable mud scrapers that flex with the disk blades.
Floating HitchTillage depth is not affected by the tractor wheels, thanks to the floating hitch. Side draft is also practically eliminated because the disk pulls evenly.
Super-Flex™ C-Shanks and Ductile Cast SpoolsThe Super-Flex™ C-Shanks are an exclusive feature from Summers to absorb shocks and extend the life of the tillage components. To further maximize durability, the toggle-mounted, triple-seal ball bearings are designed to self-align as the gang flexes, and the spools are ductile cast for superior strength.
Single-Point Depth ControlThe depth setting for the entire implement can be adjusted from just one of the hydraulic cylinders.
Finishing Coulter GangThe six-blade finishing coulter gang sizes residue and levels the centerline to provide a uniform soil profile. It uses active hydraulic down pressure for maximum performance.