Scan result case · Scanner evaluation and reverse engineering

Sermoon S1 scanbench mode comparison

The same test objects are scanned with cross, parallel, single-line and NIR modes before a measurement section compares Sermoon S1 with MetroY Pro

SCANNERCreality Sermoon S1
OBJECTScanbench reference object, black parts and larger geometry
EVIDENCE STATUSIndependent comparison containing a discount link for the competing Revopoint scanner

Visual evidence

Watch the documented workflow

Independent reviewAndy's Shed2025-11-05

Sermoon S1 scan-mode and measurement comparison

A 57-minute same-object comparison covering S1 cross, parallel and single-line laser modes, black and large objects, NIR, turntable capture and measurements

The description contains a discount link for the competing Revopoint scanner, creating a commercial interest that should be consideredWatch with evidence notes →Watch on YouTube ↗

The job

The problem the scan had to solve

Show how mode choice changes coverage on the same targets, especially black surfaces, large objects and geometry with deep features

The workflow

From physical object to usable output

  1. 01

    Define shared test objects

  2. 02

    Capture cross-line scans

  3. 03

    Repeat with parallel and single-line modes

  4. 04

    Test black and larger objects

  5. 05

    Compare NIR and full-field behavior

  6. 06

    Inspect turntable results and measurements

Reported result

What the source says changed

The same-object structure makes differences between modes easier to inspect than separate promotional samples, while the comparison still represents one operator and setup

Evidence limits

What this case does not prove

The source links commercially to the competing brand

Some scoring remains subjective

Results may change with calibration, hardware and software versions