Industry solution drilling rigs

Slewing drives for drilling rigs and drilling applications.

Hydraulic hammers generate extreme shock loads, vibrations, and alternating forces. ATH slewing drives enable the targeted positioning of hammers and demolition tools and are designed for demanding applications in demolition, civil engineering, and special-purpose machinery construction.

Hammer Drills and Drills in Construction Site Applications
Drive technology for drilling rigs and hammer drills drilling technology
High torques for drill heads and rotary units
Robust mounting for alternating loads and impacts
Closed construction protects against dirt, sand, and moisture
Hydraulic or custom motorization possible
Drilling Technology in Action

Designed for drilling rigs.

Drilling rigs operate under extreme conditions. Dirt, water, dust, vibrations, and changing loads are part of everyday life. ATH slewing drives combine a slewing ring, bearing, and drive into a compact unit, making them suitable for demanding drilling applications.

65 kNmmaximum possible output torque
450 kNmmax. tilting moment possible
OperationDesigned to withstand impact loads
RobustAttached development
Hammer drill as an attachment to a construction machine Rotary hammer and drilling applications
Applications

For drill heads, attachment drilling rigs and special-purpose machines.

Slewing drives are used wherever a compact rotational movement, high load capacity, and reliable power transmission are required.

01

Hydraulic breakers

Slewing drives for the precise positioning of hydraulic hammers under high shock loads, vibrations, and changing operating angles.

02

Interruption technique

Rugged drive units for demolition tools, rock cutting, and applications involving high dynamic loads.

03

Special attachments

Custom swivel solutions for special tools, carrier equipment, and individual mechanical engineering applications.

Safely handle heavy loads.

Drilling rigs generate high torques, dynamic loads, and strong impact forces. ATH Technik supplies swivel drives with one or two worms, as well as reinforced series for particularly demanding applications.

  • High torques
  • High overturning moments
  • Impact Loads
  • Continuous operation is possible

What data helps with the request?

For a quick technical assessment, a few key data points are usually sufficient. From this, it is possible to check which part-turn actuator makes technical sense.

  • machine class
  • attachment
  • Recording
  • Direct mounting or sandwich

How do you design a swivel drive for a drilling rig?

Send us torque, speed, installation space, or existing drawings. We will check the suitable series and motorization.

Send request