One part can require more than one process.
Use this hub when cutting must be followed by beveling, hole/thread processing, machining, finishing, forming/straightening or other confirmed operations. The quotation should state each operation and responsibility instead of hiding them inside a generic “full processing” claim.
Choose the operation that matches the finished requirement.
The order can combine several routes when the project and responsibility are confirmed.
Weld prepBeveling
Groove geometry, angle, side, root face and inspection requirements.
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Holes / threadsDrilling & Tapping
Finished hole and thread features tied to datums and assembly needs.
Explore →MachiningDrilling & Machining
Boring, milling and machined interfaces where broader precision work is in scope.
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FinishSurface Finishing
Deburring, grinding, blasting and surface preparation specified by delivered state.
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ThreadsThread Tapping
Thread features are confirmed from the drawing and reviewed against material, thickness and finished-part requirements.
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Special featuresCountersinks, Slots & Formed Features
Special secondary features are reviewed individually so geometry, process ownership and acceptance remain explicit.
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Final stateInspection & Packing
Inspection and packing requirements are defined around the completed part, batch identity and destination scope.
Explore →What needs to stay connected.
Drawing revision
All processes should reference the same approved geometry and revision.
Material identity
Material requirements stay linked through cutting and subsequent processing.
Process sequence
Heat, machining stock, holes, bevels and finishing are planned in an order that protects the finished part.
Responsibility
Owned, subcontracted or coordinated operations are made explicit in the quotation/order scope.
Inspection
Critical features are checked after the process that creates them, not only after initial cutting.
Packing
The final delivered state, labels and protection are based on the completed part.
Send the finished-state requirement and let us break it into operations.
List the material, part geometry, secondary features, critical acceptance points, quantity and destination.