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3D scanning · EinScan Rigil

Scan your part into a 3D file

Receive an STL, a CAD model or a comparison with the design. We scan small brackets and complete machines.

Specification for 100 mm
0.046 mm
Specification for 1 m
0.100 mm

Manufacturer's Laser HD data; not a measurement of your part or a printed-part tolerance.

Operator holding an EinScan Rigil scanner over a motorcycle fuel tank.
  • 0.046 mm · specification for 100 mm
  • resolution setting 0.05 mm
  • STL · STEP · report
EinScan RigilManufacturer photograph · Shining 3D

What you get: choose the deliverable

Net prices

  • STL · OBJ · PLY

    Mesh

    Records accessible surfaces in their current condition, including wear. A mesh can be edited, but has no operation history or dimensions from a parametric CAD model.

    For documentation, for measurement, for archiving a shape that is not on the drawing.

    from PLN 250.00

    Quote a mesh
  • STEP · native CAD

    Solid model

    Reconstructs geometry using scans, measurements and available documentation. We agree critical dimensions and assumptions; a parametric model is created where possible.

    For part production, for design changes, for handover to the tooling department.

    from PLN 350.00

    Quote a CAD model
  • PDF · color map

    Deviation report

    Comparison with supplied CAD: a deviation map on scanned surfaces and agreed sections. We agree inspection scope and alignment datums before work; unseen areas remain outside measurement.

    For batch evaluation from a supplier, for claims, for the first piece from a mold.

PLN amounts are domestic starting prices, net of VAT. Export orders require an individual quotation. We confirm the final scope and price after reviewing the part and requirements.

CAD reconstruction is also part of the reverse-engineering process. We agree modelling scope before work; printing is quoted separately.

Scan accuracy by part size

Shining3D, EinScan Rigil

The manufacturer's Laser HD volumetric accuracy specification is 0.04 mm + 0.06 mm/m. The table gives the formula value for each size, rather than the measured error of a particular scan. Surface, access and data alignment affect the result.

Scroll the table sideways to see the remaining columns.

Volumetric scanner accuracy for details from 100 to 2000 mm
Part dimensionsSpecification valueExample
100 mm0.046 mmSupport, gear wheel, knob.
300 mm0.058 mmHousing, guard, cover.
500 mm0.070 mmBody element, tank, gearbox housing.
1000 mm0.100 mmFrame, tabletop, control cabinet doors.
2000 mm0.160 mmEntire machine or workstation, in the context of assembly.

Accuracy ≠ Resolution

The finest published Laser HD resolution setting is 0.05 mm. It describes data density; it does not guarantee capture of a feature that size or dimensional accuracy.

Accuracy ≠ Part Tolerance

Drawing and part function define tolerance. Reconstruction, printing and measurement conditions affect the result; critical fits are checked on a trial piece. We explain this in a separate article.

Scanning different surfaces

The scanner looks at reflected light

  • Usually without spray

    Matte plastic, rubber, sintered material, casting

    Usually permits scanning without spray. We check stability and tracking; soft rubber must not change shape during measurement.

  • Usually without spray

    Machined metal, paint coating

    We assess reflections and data coverage. Laser HD can scan metal without spray, but gloss, shape and access need checking.

  • Preparation assessment

    Transparent and mirror surface

    May require scanning spray. We agree preparation and permission before use; do not apply a matt coating yourself.

  • Preparation assessment

    Deep matte black

    Black colour alone does not determine spray use. We first assess the reading and reflections; any preparation is agreed with the owner.

  • Select the method

    Enclosed interiors, channels, deep holes

    Optical scanning captures surfaces visible to the scanner. Closed interiors and inaccessible hole bottoms need another method; we do not promise to capture them.

  • Select the method

    Small and prismatic detail

    Manual measurement often suffices for simple dimensions. We select the method for geometry and requirements; a small part is not automatically excluded from scanning.

From detail to file

Four steps

Scanner screen in operation: housing as a point cloud, with laser line grid and white markers on it
03 · the point cloud growsExample scan view · Shining 3D
  1. 01 · ACCEPTANCE

    Part or on-site visit

    The part arrives by courier. A machine standing on the line cannot be shipped, so in that case we travel, and we quote the trip separately.

  2. 02 · PREPARATION

    Surface preparation and markers

    We check the surface and tracking stability. Markers or spray are selected for the part; their use is agreed before preparation.

  3. 03 · SCAN

    Laser HD, several settings

    For part reconstruction we use Laser HD from several sides. We align accessible surfaces and check coverage; the mode alone does not guarantee a result for every part.

  4. 04 · MESH

    Cleaning and export

    Remove background and noise, export STL, OBJ or PLY. Filling gaps is reconstruction rather than measurement; its scope and a CAD model are agreed separately.

A handheld scanner has no printer build chamber. We assess size and access before travelling; separately we check whether the model can be printed in one piece, split or made using another method.

EinScan Rigil, Shining3D

Manufacturer data

Laser HD

Blue laser, 25+25 crossed lines. For reconstructing part geometry. The accuracy and resolution data published here apply to this mode.

VCSEL Infrared

Wider scanning coverage; alignment using features, texture or markers. For larger objects and assembly context. It has a separate specification; Laser HD data does not apply to it.

Laser HD volumetric accuracy
0.04 mm + 0.06 mm/m
Finest Laser HD setting
0.05 mm
crossed lines
25+25
working distance, mm
170–550

Source: Shining3D: EinScan Rigil specification. Other equipment: machines in Olsztyn.

What the scan cannot do

Before you send the part

  • We do not issue calibration certificates. A scan report compares geometry; it is not a coordinate-measuring-machine report.
  • We do not reproduce trademarks or styling. Replacement-part reconstruction excludes the manufacturer's logo.
  • We do not read tolerances or fits. The scan shows the dimension of the worn part, not the designer's intent.
  • We do not recognize the material. We assess the type based on appearance and behavior; we do not perform composition analysis.
  • We cannot restore a dimension that wear has erased without a trace. We will inform you of this before starting work.

Submitted files are kept privately and remain available for quotation and production for 90 days from the enquiry. After that, they are unavailable for repeat orders and scheduled for deletion. We can sign a confidentiality agreement before you send the part.

What file do you need from the scan?

Send photos, part dimensions and the required output: a mesh, a CAD model or a deviation report. We will confirm the scope and cost after reviewing them.

Describe the scan I need a finished part

Quick contact

Discuss the part before shipping

Leave a phone number or email. We will discuss the scan scope, part delivery and file confidentiality.

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Or directly to us:[email protected]+48518940993

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