Representative gallery entry
Bead-Blasted SLA Medical Device Shell
Bead-Blasted SLA Medical Device Shell is a representative SLA Resin component for medical devices applications. Its 3d printing route and bead blasting specification show how geometry, material, appearance, and inspection requirements are reviewed together before quotation.

Product overview
Manufacturing context for bead-blasted sla medical device shell.
Bead-Blasted SLA Medical Device Shell is a representative SLA Resin component for medical devices applications. Its 3d printing route and bead blasting specification show how geometry, material, appearance, and inspection requirements are reviewed together before quotation.
Device housing and instrument geometry requiring drawing-led inspection without unverified certification claims.
Manufacturing information
Drawing-led process, tolerance, and inspection planning.
- Manufacturing process
- 3D Printing
- Material
- SLA Resin
- Surface finish
- Bead Blasting
- Tolerance capability
- Drawing-specific tolerances reviewed against the selected process, material behavior, post-processing, and inspection method.
- Inspection method
- Dimensional and visual inspection selected according to the drawing, process, material, and functional risk.
Applications
Typical uses in medical devices.
- Development device housings
- Instrument and fixture components
- Prototype assembly and inspection support
Manufacturing notes
Process considerations for 3d printing.
- N 01
Review the functional datums, critical interfaces, and inspection access for Bead-Blasted SLA Medical Device Shell before the process route is released.
- N 02
Confirm the exact SLA Resin grade, condition, and documentation requirements before material purchasing.
- N 03
Build orientation affects support, surface, and directional behavior.
- N 04
Printed material names do not guarantee equivalence to molded or machined grades.
Quality notes
Inspection and release follow the approved project requirements.
- Inspection points for Bead-Blasted SLA Medical Device Shell should follow the approved drawing, functional risk, and assembly interfaces.
- Verify the SLA Resin grade and review critical dimensions before applying bead blasting.
- Final release can include dimensional, appearance, and documentation checks agreed for the project.
Manufacturing capability
Custom 3d printing support from drawing review onward.
Kewei supports additive prototypes for geometry review, fit checks, appearance evaluation, and development iterations. Compatibility between SLA Resin and bead blasting is confirmed during engineering review.
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