Oshcut keeps the service model direct: cut geometry, bend strategy, secondary operations, finish, inspection, and shipment data are described in a way that engineers and buyers can compare without a sales translation layer.
DXF, STEP, or drawing-driven blanks are checked for kerf-sensitive geometry, thin-wall distortion, tab placement, nesting efficiency, and burr expectations. The review can call out whether a profile is better held as a flat blank, modified for bend relief, or moved to a different material thickness before procurement commits to a price.
Bend sequencing is reviewed against flange length, inside radius, tool reach, nearby holes, and grain direction. Oshcut can surface practical notes such as where reliefs should be widened, where a hem changes the order of operations, and where cosmetic faces should be protected through forming and handling.
PEM inserts, standoffs, spot welds, tack welds, and small assembly operations are handled as controlled production steps rather than informal add-ons. Notes can include fastener orientation, weld access, fixture assumptions, and whether heat distortion could affect a mating surface or enclosure door fit.
Powder coat, graining, passivation, plating coordination, deburr levels, edge break expectations, and inspection sampling are tied back to the drawing. For higher-risk programs, buyers can request material certs, first article layouts, CMM or hand-gage data, and revision-specific shipment records.
Send one representative part and the program notes. Oshcut will flag the material, bend, finish, and inspection details that can change cost or timing.