英語 での Tool path の使用例とその 日本語 への翻訳
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Non-linear tool path profiling distributes wear along the cutting edge to maximize tool life.
Flexible ability of nesting and tool path editing, with lots of functions such as introduce and lead out, bridge joint.
Flowline cutting gives you a tool path that follows the natural shape of the component- you will find this particularly useful with blade type components.
Spiral morph tool path for maximising part stability to reduce floor deflection.
IMachining's tool path is automatically adjusted to avoid collisions between the holder and the updated stock throughout the entire cut.
Benefit from SolidCAM's Simultaneous 5-Axis module, the most tested and proven 5-Axis CNC milling tool path in the industry.
This part demonstrates the use of SolidCAM's Contour 5-Axis machining technology to create tool path with a wireframe as input drive curve.
State-of-the-art CAD/ CAM/ CAE infrastructure for 3D modeling, NC tool path generation and FEA analysis to accelerate response time in developing new parts.
From the initial approach, right to the last cut, dynamically updated stock tracking ensures every tool path actually cuts material.
Creates a tool path that transitions from one curve to another as it moves across the selected surfaces.
Determines remaining material left by previous operations, and generates a tool path that only includes the left over stock.
This part demonstrates the use of SolidCAM's Port machining technology to create roughing or finishing tool path for port type geometries.
This part demonstrates the use of SolidCAM's Multiaxis machining technology to create tool path to rough out pocket shaped geometries.
ZLevel finds the sidewalls and the floor of the pocket generate the tool path that runs a flat end mill in each pocket.
Controlled by computer, can directly import CAD drawings, automatically generate and optimize tool path, groove, polish.
The patented iMachining is completely unique in its tool path that increases your cutting speed and devours hard material, even with the smallest cutting tools, and also increases tool life dramatically.
IMachining uses an advanced, patented morphing spiral that gradually conforms to the geometry of the feature being machined rather than an old-fashioned, simple spiral tool path(racetrack).
High-end CAM software, like"WORKNC","UG-NX" for generating NC tool paths for high-speed die cutting and"NC SPEED" for tool path optimization to reduce turnaround time in die manufacturing.
With a very friendly user-interface, SolidCAM's Sim. 5x provides the most advanced control over all aspects of tool path and collision checking.
Processing the same batch of parts, in the same machine, under the same processing conditions, the use of the same tool and processing procedures, the tool path is exactly the same knife, the consistency of the parts, quality and stability.