Equipment story
Named tools, honest use cases.
Each scanner and software step serves a different purpose. The capture approach depends on the part, surface, access, and final output.
Capture process
How scanner choice shapes the final data.
Different parts need different capture approaches. This page explains how geometry, surface finish, access, detail level, and final deliverable influence the scanning workflow.
Capture hardware
Scanner choice starts with the physical part.
Surface finish, access, part size, detail level, and final output guide the capture approach.
Capture fieldAccess / coverage / surface / output
AccessCoverageSurfaceOutput
Scanner process
Scanner choice follows the part.
Different parts need different capture behavior. Kymerion can present the scanner lineup clearly: fast preview first, then the deeper explanation of why a laser, IR, or structured-light workflow fits the job.
01ReviewPart size, surface finish, detail level, access, and required output.
02CaptureSelect Rigil, Sermoon, or FreeScan Omni-style capture around the job.
03PackageScan data becomes mesh, CAD reference, deviation proof, or manufacturing handoff.
EinScan RigilFlexible scan capture for detailed parts, prototypes, and technical objects where scan-to-CAD or inspection may follow.
Sermoon S1 / P1Additional capture options for jobs where the part type, finish, and required output fit the workflow.
FreeScan Omni directionFreeScan Omni-style hardware references help explain blue-laser capture and metrology scanning.
Software workflowCleanup, alignment, CAD reconstruction, and deviation proof are chosen around the deliverable.
Handheld captureSurface access and coverage
Small object scanDetail and repeatability
Probe / CMM reviewInspection and verification
Digital twinModel handoff context