Computer-aided design & Computer-aided manufacturing (CAD/CAM)
Integrate design and manufacturing processes through unified software. The system converts CAD models into machine toolpaths, enabling direct translation of digital designs into manufacturing instructions for efficient and precise production of physical parts.
Please review all requirements. Your solution must meet all ๐ด mandatory requirements to qualify.
6.01๐ด
Can your solution be used to design and manufacture prototypes, finished products, and product runs, and used with a CNC machine?
6.02
Does your solution offer the option to choose among multiple design methodologies such as bottom-up, top-down or in-place design methodologies?
6.03
Does your solution allow to easily generate all useful production documents from an assembly, including but not limited to, bills of materials, assembly instructions etc.?
6.04๐ด
Does your solution allow associative and/or parametric design, to ensure that the associated operations are automatically updated while updating an element?
6.05๐ด
Does your solution provide advanced programming capabilities, including but not limited to, simple NC programming, multi-axis machining, turning and enabling NC programmers to address multiple tasks?
6.06
Does your solution provide tightly integrated post-processing system eliminating the need for separate simulation packages?
6.07๐ด
Does your solution allow for application-specific programming, including but not limited to, milling/roughing and finishing?
6.08๐ด
Does your solution allow for programming automation, such as feature-based machining, process templates, machining data library?
6.09
Does your solution have additional module(s) such as simulating probing to update fixture and tooling offsets, program orientation, reporting on machine tool's performance etc.? Please elaborate under the Remarks column.
6.10
Can your solution integrate with third party systems in CAD-CAM-CNC process value chain?
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