Beveling
Beveling as a weld-preparation requirement.
A bevel is not just an angle. Groove type, side, angle, root face, bevel width, material, thickness, cut edge and downstream welding procedure all affect the delivered requirement.
GeometryType / side / angle / root face
PartIntegrated with cut profile
InspectionCritical bevel dimensions defined
Drawing Inputs
Put bevel geometry on the requirement.
Do not rely on a generic bevel-range claim when the weld preparation has to fit a real joint design.
Groove typeState the required V/Y/K/X or other preparation in the drawing/specification where applicable.
Angle + sideIdentify which edge/face is prepared and the nominal angle or included-angle requirement.
Root face / landDefine the dimension and tolerance if it is critical to welding.
InspectionClarify how angle, width, root face or other critical features should be checked.
A production video includes a C25 / “0.5 mm” title reference. That figure is not used as a general beveling tolerance because the measured feature and project conditions are not established for every order.
Related
Carry the bevel into the finished-part scope.
Beveling is usually one step in a multi-process order.
Process
Secondary Processing
Coordinate cutting, beveling, holes, machining and finishing under one confirmed scope.
Explore →QualityInspection Process
Define the measurement and acceptance requirements for critical bevel features.
Explore →EvidenceManufacturing Evidence
See how beveling videos are separated from unverified precision claims.
Explore →Request a Quote
Send the weld-preparation geometry with the part.
Material, thickness, groove type, side, angle, root face, quantity and inspection requirement are the useful RFQ inputs.