View source for 20240024970. CUTTING TOOL FOR MACHINING FIBER COMPOSITE MATERIALS simplified abstract (Ceratizit Balzheim GmbH & Co. KG)

=CUTTING TOOL FOR MACHINING FIBER COMPOSITE MATERIALS=


==Organization Name==

[[:Category:Ceratizit Balzheim GmbH & Co. KG|Ceratizit Balzheim GmbH & Co. KG]]


[[Category:Ceratizit Balzheim GmbH & Co. KG]]

==Inventor(s)==

[[:Category:Jochen Walcher of Balzheim (DE)|Jochen Walcher of Balzheim (DE)]][[Category:Jochen Walcher of Balzheim (DE)]]

[[:Category:Michael Schmid of Balzheim (DE)|Michael Schmid of Balzheim (DE)]][[Category:Michael Schmid of Balzheim (DE)]]

[[:Category:Peter Luibrand of Balzheim (DE)|Peter Luibrand of Balzheim (DE)]][[Category:Peter Luibrand of Balzheim (DE)]]

[[:Category:Oliver Rapp of Balzheim (DE)|Oliver Rapp of Balzheim (DE)]][[Category:Oliver Rapp of Balzheim (DE)]]

==CUTTING TOOL FOR MACHINING FIBER COMPOSITE MATERIALS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240024970 titled 'CUTTING TOOL FOR MACHINING FIBER COMPOSITE MATERIALS

==Simplified Explanation==

The abstract describes a cutting tool designed for machining fiber composite materials. The tool consists of a clamping section and a cutting section that extend along a longitudinal axis. The cutting section has a cylindrical shape and is equipped with first and second chipping flutes that form left-hand and right-hand spirals respectively. These spirals intersect to create discrete cutting elements on the cutting section. The cutting elements have two circumferential cutting edges, one running along the left-hand spiral and the other along the right-hand spiral. These cutting edges form a common enveloping cylinder surface that defines the outer circumference of the cutting section. The cutting edges converge to a common tip, and primary free surfaces adjoin the circumferential cutting edges in the circumferential direction, with one another along a first free surface edge.

* The cutting tool is designed specifically for machining fiber composite materials.
* It consists of a clamping section and a cutting section that extend along a longitudinal axis.
* The cutting section has a cylindrical shape and is equipped with left-hand and right-hand spiraling chipping flutes.
* The intersecting chipping flutes create discrete cutting elements on the cutting section.
* The cutting elements have two circumferential cutting edges, one running along a left-hand spiral and the other along a right-hand spiral.
* The cutting edges form a common enveloping cylinder surface that defines the outer circumference of the cutting section.
* The cutting edges converge to a common tip.
* Primary free surfaces adjoin the circumferential cutting edges in the circumferential direction, with one another along a first free surface edge.

Potential Applications:
* Machining fiber composite materials in industries such as aerospace, automotive, and construction.
* Cutting and shaping carbon fiber, fiberglass, and other composite materials used in various applications.

Problems Solved:
* Provides an efficient cutting tool specifically designed for fiber composite materials.
* Enables precise and controlled machining of these materials.
* Reduces the risk of delamination or damage to the composite structure during cutting.

Benefits:
* Improved accuracy and precision in machining fiber composite materials.
* Reduced risk of delamination or damage to the composite structure.
* Increased efficiency and productivity in the machining process.
* Enhanced tool lifespan and durability.


==Original Abstract Submitted==

a cutting tool for machining fiber composite materials has clamping section and a cutting section which extend along a longitudinal axis. the cutting section has a basic cylindrical shape. first chipping flutes form left-hand spirals and second chipping flutes form right-hand spirals. intersecting first and second chipping flutes form a plurality of discrete cutting elements on the cutting section. the cutting elements have a first circumferential cutting edge running along a left-hand spiral and a second circumferential cutting edge running along a right-hand spiral. the cutting edges run along a common enveloping cylinder surface that defines the outer circumference of the cutting section. the first and second circumferential cutting edges open into a common tip. primary free surfaces adjoin the circumferential cutting edges in the circumferential direction and they adjoin one another along a first free surface edge.



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