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EINSTAR vs Sermoon P1

Which one should you buy? Start with the job and capture workflow, then use the specification table to confirm the fit. No hands-on test is claimed.

Article updated · Specification check dates are shown separately below

SHINING 3D EINSTAR — image from EINSTAR official storeImage: EINSTAR official store ↗SHINING 3D
Workshop scanning
VS
Creality Sermoon P1 — image from Creality official storeImage: Creality official store ↗Creality
Standalone professional scanning
CHOOSE EINSTAR FOR

Workshop scanning

Shortlist EINSTAR for workshop scanning. Check the required object, capture mode and final output before choosing.

Check latest priceDirect link to SHINING 3D; no affiliate tracking is active.Read the full EINSTAR review →
OR
CHOOSE SERMOON P1 FOR

Standalone workflow

Shortlist Sermoon P1 for standalone professional scanning. Check the required object, capture mode and final output before choosing.

Check latest priceDirect link to Creality; no affiliate tracking is active.Read the full Sermoon P1 review →

Decision matrix

Which workflow favors which scanner?

Compare another pair →
Claimed accuracy figureNot comparable

At least one accuracy figure is not specified. Point distance is not an accuracy measurement.

Small objectsSermoon P1

Match the minimum object size and close-range capture mode.

Large objectsBoth qualify

Wide-area tracking and working distance matter more here.

Reverse engineeringSermoon P1

Prioritizes edges, surface adaptability and part workflow.

3D printingNo clear fit

Both capture quality and mesh cleanup determine usefulness.

Portable workflowSermoon P1

Standalone processing or wireless capture reduces field equipment.

Lower recorded priceEINSTAR

Based on recorded price guides, not live checkout totals. Confirm region, tax and bundle contents.

Operating evidence

Watch, inspect and follow the workflow

Continue from the buying decision into original YouTube evidence, documented cases and source-linked operating instructions.

EINSTAR · Official tutorialEINSTAR official getting-started sequence

A short official orientation to connecting the original EINSTAR and beginning capture, best used beside the current manual rather than as a complete training course

Watch with evidence notes →EINSTAR · User caseEINSTAR calibration and two-position scan

A long-form reviewer documents calibration, the first capture, object repositioning, alignment, additional scan results and workstation demands

Read the documented case →EINSTAR · Beginner tutorialCalibrate EINSTAR and complete a first scan

Follow calibration, first-position capture, repositioning and mesh inspection without treating a successful export as proof of accuracy

Follow the operating guide →Sermoon P1 · Independent reviewSermoon P1 resolution and hybrid-mode test

A chaptered P1 review that separates handling, resolution, cumulative error, hybrid scanning, color capture and the final object gallery

Watch with evidence notes →Sermoon P1 · User caseSermoon P1 hybrid and resolution test

A long-form reviewer separates handling, resolution, cumulative error, hybrid scanning and color capture before presenting the scanned-object results

Read the documented case →Sermoon P1 · Beginner tutorialComplete a standalone first scan with Sermoon P1

Set up the all-in-one scanner, choose laser or NIR, capture overlapping passes and transfer a checked mesh

Follow the operating guide →

Manufacturer specifications

Side-by-side

FeatureEINSTARSermoon P1
Price guideTypical list price around $849Observed at $3,299; pricing changes
Claimed accuracyNot specified; 0.1 mm minimum point distanceUp to 0.02 mm (laser)
Claimed resolution0.1–3 mm point distance0.05–2 mm (laser)
Claimed scan speedUp to 14 fpsUp to 60 fps standalone / 100 fps PC
Claimed working distance160–1400 mm160–1200 mm
Claimed object rangeMedium to large objects5 mm to 4,000 mm objects
Claimed light sourceInfrared VCSEL1 + 7 + 22 blue lasers + dual NIR
Claimed markerlessYesYes
Claimed wirelessNoYes
Claimed standaloneNoYes
Claimed weight500 g830 g
Claimed systemsWindows; supported Apple-silicon macOSStandalone; Windows and macOS
Claimed exportsSTL, OBJ, PLY, P3, 3MFSTL, OBJ, PLY

Specifications are manufacturer claims checked against the sources above. Optical modes and test conditions may differ, so similar-looking numbers are not automatically equivalent.

Best fit

EINSTAR

Car PartsPeopleArtLarge Objects

Shortlist EINSTAR for workshop scanning. Check the required object, capture mode and final output before choosing.

MAIN LIMITATIONComputers below the EXStar requirements

Best fit

Sermoon P1

Reverse EngineeringCar PartsSmall ObjectsLarge Objects

Shortlist Sermoon P1 for standalone professional scanning. Check the required object, capture mode and final output before choosing.

MAIN LIMITATIONLow-budget buyers

Requirements check

Need a decision on your actual object?

Share the material, size, required output, budget and purchase timeline. We will respond with a source-linked shortlist and the main workflow risks.

Get a requirements-based shortlist

Questions answered

Before you choose

Should I buy EINSTAR or Sermoon P1?

Choose EINSTAR when workshop scanning matters most. Choose Sermoon P1 when standalone workflow is the priority.

Does the lower accuracy number guarantee a better scan?

No. Optical mode, object surface, tracking, calibration and scan technique can matter more than a best-case single-frame number.