20240051035. METAL CUTTING TURNING TOOL simplified abstract (AB SANDVIK COROMANT)
Contents
METAL CUTTING TURNING TOOL
Organization Name
Inventor(s)
Adam Johansson of Sandviken (SE)
Krister Wikblad of Sandviken (SE)
METAL CUTTING TURNING TOOL - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240051035 titled 'METAL CUTTING TURNING TOOL
Simplified Explanation
The abstract describes a turning tool that has a coupling portion and two cutting elements. The coupling portion extends along a coupling axis, which defines the longitudinal axis of the turning tool. The first cutting element has a first cutting edge, while the second cutting element has a second cutting edge that separates and connects a second forward cutting edge and a second rearward cutting edge. The first cutting element has a first top surface, and the second cutting element has a second top surface. The first and second cutting elements intersect an imaginary circle or cylinder with a center axis parallel to or coinciding with the coupling axis. The first cutting element is inclined in relation to the second cutting element by an inclination angle measured around the center axis of the imaginary circle. The first top surface faces in a direction perpendicular to the coupling axis.
- The turning tool has a coupling portion and two cutting elements.
- The cutting elements have different cutting edges and top surfaces.
- The cutting elements intersect an imaginary circle or cylinder with a center axis parallel to the coupling axis.
- The first cutting element is inclined in relation to the second cutting element by an inclination angle measured around the center axis of the imaginary circle.
- The first top surface of the first cutting element faces in a direction perpendicular to the coupling axis.
Potential Applications:
- Metalworking industries
- Woodworking industries
- Automotive manufacturing
- Aerospace industry
Problems Solved by this Technology:
- Improved cutting efficiency
- Enhanced precision and accuracy in turning operations
- Reduced tool wear and tear
- Increased productivity in machining processes
Benefits of this Technology:
- Higher quality finished products
- Cost savings due to reduced tool replacement and maintenance
- Increased production output
- Improved overall performance and reliability of turning operations
Original Abstract Submitted
a turning tool includes a coupling portion, which extends along a coupling axis defining a longitudinal axis of the turning tool, and a first and a second cutting element. the first cutting element has a first cutting edge and the second cutting element has a second cutting edge, which separates and connects a second forward cutting edge and a second rearward cutting edge. the first cutting element has a first top surface and the second cutting element has a second top surface. the first and second cutting elements intersect an imaginary circle or cylinder having a center axis thereof parallel to or coinciding with the coupling axis. the first cutting element is inclined in relation to the second cutting element by an inclination angle, which is measured around the center axis of the imaginary circle. the first top surface faces in a direction which is perpendicular to the coupling axis.
