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Scanology iReal M3

Professional Dual-Infrared Color 3D Scanner

SCANOLOGY iReal M3

Versatile 3D Scanning for Objects, People, Design and Engineering

The SCANOLOGY iReal M3 is a professional full-color 3D scanner designed for users who need one system capable of scanning people, industrial parts, artwork, automotive components and medium-to-large objects.

It combines 7 invisible infrared parallel laser lines with infrared VCSEL structured light, providing a choice between higher-detail object scanning and smooth marker-free large-area scanning.

With accuracy up to 0.1 mm, point spacing down to 0.1 mm, scanning rates up to 60 FPS, outdoor scanning capability and full-color texture capture, iReal M3 is a highly flexible professional scanner for design, body scanning, education, art and reverse-engineering workflows.

SCANOLOGY iReal M3 professional full color 3D scanner
0.1 mm Basic Accuracy
60 FPS Maximum Laser Scan Rate
580 × 550 mm Maximum Field of View
856 g Scanner Weight
Dual-Infrared Scanning

One Scanner for Technical and Human-Centered Applications

iReal M3 uses two different invisible infrared technologies to cover a broad range of scanning applications. Use the parallel infrared laser for higher-detail engineering work or switch to structured light for comfortable marker-free scanning of people and larger objects.

iReal M3 Highlights

Professional Performance With Excellent Versatility

01

Dual Infrared Light Sources

Switch between 7 infrared parallel laser lines and infrared VCSEL structured light depending on the object and application.

02

0.1 mm Accuracy

Capture detailed geometry for engineering design, reverse engineering, product development and professional digital modeling.

03

Marker-Free Scanning

Structured-light mode supports geometry, texture and hybrid alignment for efficient marker-free workflows.

04

Human Body Scanning

Invisible infrared light provides comfortable scanning for people, body parts, orthotics, art and personalization.

05

Outdoor Scanning

Capture monochrome 3D geometry outdoors for vehicles, sculptures and other field applications.

06

Full-Color Texture Capture

Capture geometry and color together for realistic digital models, artwork and digital archiving.

iReal M3 hybrid alignment scanning automotive motorcycle
Hybrid Alignment

Scan With Geometry, Texture, Markers or a Combination

iReal M3 supports different alignment strategies based on the geometry and surface characteristics of the object.

When the part has enough unique geometry and texture, scanning can be performed without targets. When natural features are limited, additional markers can be added to improve tracking.

  • Geometry alignment
  • Texture alignment
  • Marker alignment
  • Hybrid alignment
  • Marker-free structured-light scanning
Two Scanning Technologies

Choose Precision or Large-Area Coverage

7 Infrared Parallel Laser Lines

High-Accuracy Object Scanning

Use invisible parallel laser scanning for industrial parts, automotive components and objects that require point spacing down to approximately 0.1 mm.

Infrared VCSEL Structured Light

People & Large Objects

Use structured light for marker-free body scanning, artwork and medium-to-large objects with a field of view up to 580 × 550 mm.

Smooth Scanning

Deep Depth of Field Makes Scanning Easier

iReal M3 is designed to give users flexibility while moving around an object instead of forcing them to maintain a very narrow scanning distance.

The structured-light system provides a deep working range, helping users capture larger surfaces smoothly and reducing interruptions during scanning.

Effective scanning range:
Approximately 280–1000 mm depending on the selected scanning mode and application.
iReal M3 easy large object scanning
SCANOLOGY iReal M3 scanning automotive exterior
Automotive Scanning

Designed for Challenging Dark and Light Surfaces

Infrared light is less affected by visible surface color than many colored-light scanning systems, helping iReal M3 scan components with strong color contrasts.

It is suitable for:

  • Vehicle exteriors
  • Vehicle interiors
  • Black trim
  • Automotive components
  • Body panels
  • Custom accessories
  • Reverse engineering

Very reflective surfaces may still require surface preparation depending on finish and scan requirements.

Product & Object Scanning

Capture Detailed Physical Objects for Digital Workflows

iReal M3 can digitize products, sculptures, consumer objects and engineering components for design, reproduction and analysis.

Typical downstream workflows include:

  • Reverse engineering
  • 3D printing
  • Product development
  • Digital archiving
  • Artistic reproduction
  • Visualization
iReal M3 scanning detailed decorative object
iReal M3 human body 3D scanning
Human Body Scanning

Invisible Light for Comfortable People Scanning

The structured-light mode uses Class I invisible infrared light, making it suitable for applications involving people.

The software includes algorithms designed to improve body scanning, including support for:

  • Hair scanning
  • Full-body capture
  • Body-part scanning
  • Dark-environment scanning
  • Compensation for small body movements
  • Custom products
Outdoor Scanning

Take iReal M3 Beyond the Studio

iReal M3 supports outdoor geometry capture, giving users more flexibility for vehicles, sculptures and objects that cannot easily be brought indoors.

For best results, avoid calibration under direct sunlight and use controlled lighting when accurate color texture capture is required.

iReal M3 outdoor automotive scanning
Professional Performance

Designed for Quasi-Industrial 3D Capture

iReal M3 balances scanning accuracy, ease of use, body-scanning capability and large-object flexibility in one platform.

0.1 mm Basic Accuracy
0.25 mm/m Volumetric Accuracy
0.1 mm Minimum Point Distance
60 FPS Maximum IR Laser Rate
Full-Color 3D Capture

Capture Geometry and Texture Together

The built-in color camera allows iReal M3 to capture textured models for design, visualization, artwork and digital archiving.

Art & Sculpture

Capture color and geometry for digital preservation, reproduction and creative workflows.

Digital Archiving

Create accurate digital records of products, artifacts and physical collections.

Visualization

Use textured 3D models for presentations, digital design and interactive content.

Applications

Where Can You Use iReal M3?

Industrial Design

Digitize products, components and physical references for design and engineering workflows.

Automotive

Capture vehicle interiors, exteriors and components for customization and reverse engineering.

Body Scanning

Create digital body models for personalization, design and rehabilitation applications.

Orthotics & Prosthetics

Digitize body geometry for braces, prosthetic interfaces and personalized medical products.

Art & Sculpture

Capture organic forms, artwork and sculptures with geometry and color.

3D Printing

Export STL and OBJ data for reproduction and additive manufacturing.

Education & Research

Use professional scanning in engineering, art, design and scientific research programs.

Digital Archiving

Preserve objects, artifacts and physical collections as digital 3D models.

Professional Software Workflows

From Scan Data to CAD, Inspection and Visualization

iReal M3 scan data can be exported to professional engineering, inspection, visualization and 3D printing software.

Reverse Engineering

Use scan data with Geomagic Design X, QUICKSURFACE and other CAD reconstruction tools.

3D Inspection

Move scan data into Geomagic Control X and other inspection platforms for analysis.

Texture Mapping

Use high-resolution photography and texture-mapping workflows for high-quality color models.

Technical Specifications

SCANOLOGY iReal M3 Technical Specifications

Specification Infrared Parallel Laser Infrared Structured Light
Light Source 7 infrared parallel laser lines Infrared VCSEL linear-array structured light / speckle
Visibility Invisible
Laser Safety EN 60825 Class I — eye-safe
Texture Capture Supported
Rapid Scan Alignment — Feature / Mixed / Texture alignment
High-Accuracy Alignment Marker alignment
Human Body Scanning — Invisible-light scanning, hair scanning, dark-environment scanning and body-motion compensation
Optimal Scanning Distance 400 mm
Optimal Distance Range 300–650 mm
Effective Scanning Range 280–1000 mm
Maximum Field of View 400 × 240 mm 580 × 550 mm
Recommended Object Size 0.05–4 m 0.3–4 m
Outdoor Scanning Supported
Maximum Scanning Speed Up to 60 FPS Up to 15 FPS
Point Distance 0.1–3 mm 0.2–3 mm
Basic Accuracy Up to 0.1 mm
Volumetric Accuracy Up to 0.25 mm/m
Output Formats OBJ, STL, PLY, ASC, MK2, TXT, EPJ, APJ, SPJ, SK and additional formats
3D Printing Support Yes
Built-In Camera 1.3 MP
Working Temperature -10°C to 40°C / 14°F to 104°F
Interface USB 3.0
Dimensions 140 × 94 × 258 mm
Weight 856 g / 1.9 lb
Power Input 100–240 VAC, 50/60 Hz
Power Output 24 V / 3.75 A, 90 W max
Certifications CE-EMC, CE-LVD, FCC, RoHS, EN 60825, EN 62471, WEEE

Specifications are based on current SCANOLOGY manufacturer information and may change without notice. Basic accuracy and volumetric accuracy are based on the manufacturer's specified marker-alignment test conditions. Outdoor scanning supports monochrome geometry; color texture capture is not recommended under direct sunlight.

Rapid Scan 3D

Why Buy iReal M3 From Rapid Scan 3D?

Rapid Scan 3D can help determine whether iReal M3 is the right scanner for your body-scanning, engineering, automotive, art, education or 3D printing workflow.

Application Consultation

We'll review your objects, surfaces, accuracy requirements and final deliverables before recommending a scanner.

Live Demonstrations

Schedule an iReal M3 demonstration or send Rapid Scan 3D a sample object to evaluate scan quality.

Training & Technical Support

Get help with scanner setup, alignment, body scanning, reverse engineering and professional software workflows.

Frequently Asked Questions

iReal M3 FAQ

What is the SCANOLOGY iReal M3?

iReal M3 is a dual-infrared professional color 3D scanner combining parallel infrared laser scanning and infrared structured light.

How accurate is iReal M3?

The current manufacturer specification lists basic accuracy up to 0.1 mm and volumetric accuracy up to 0.25 mm/m.

Can iReal M3 scan without markers?

Yes. Structured-light mode supports feature, texture and hybrid alignment for marker-free scanning when enough natural geometry or texture is available.

Can iReal M3 scan people?

Yes. Invisible infrared structured light is designed for human-body scanning and supports hair capture, dark-environment scanning and compensation for small body movements.

Can iReal M3 scan outdoors?

Yes. Outdoor monochrome geometry scanning is supported. For accurate color texture, controlled lighting is recommended.

Can iReal M3 scan black surfaces?

Yes. Its infrared technology is designed to improve scanning of dark and high-contrast surfaces. Highly reflective finishes may still require surface preparation.

Can iReal M3 capture color?

Yes. iReal M3 supports full-color texture capture for realistic digital models.

What size objects can iReal M3 scan?

The manufacturer recommends approximately 0.05–4 m objects in infrared laser mode and approximately 0.3–4 m in structured-light mode.

Can iReal M3 be used for reverse engineering?

Yes. Scan data can be exported into professional reverse-engineering software such as Geomagic Design X and QUICKSURFACE.

Can iReal M3 be used for 3D printing?

Yes. The system exports STL, OBJ and other common formats suitable for compatible additive-manufacturing workflows.

How much does iReal M3 weigh?

The scanner weighs approximately 856 grams, or about 1.9 pounds.

How do I get iReal M3 pricing?

Contact Rapid Scan 3D for current iReal M3 pricing, demonstrations, software, accessories and training.

See the SCANOLOGY iReal M3 in Action

Tell Rapid Scan 3D what you need to scan, the approximate object size, whether you need color, and your final application. We'll help determine whether iReal M3 is the right professional 3D scanner for your workflow.

Rapid Scan 3D
562-912-3544   |   info@rapidscan3d.com

Technical Specifications iReal M3
Specifications
Dual Light Sources Light Sources Infrared Parallel Laser Lines Infrared VCSEL Structured Light
Technology 7 Infrared Parallel Laser Lines Infrared Linear-array Structured Light (Speckle)
Visibility Invisible Invisible
Safety of Lasers EN 60825 Class I Certificate (Eye-safe) EN 60825 Class I Certificate (Eye-safe)
Safety of LED Lighting EN 62471 Photobiological Safety Certificate EN 62471 Photobiological Safety Certificate
Scanning Characteristics Ability to Capture Texture Yes Yes
Rapid Scan Mode / Feature/Mixed/Texture Alignments
High-accuracy Scan Mode (on Object) Markers Alignment Markers Alignment
Human Body Scanning Invisible Light Scanning
Hair Scanning
Adapt to Dark Working Environments
Automatically Remove the Layers of Body Shaking
Scanning Range Optimal Scanning Distance: 400 mm Optimal Scanning Distance: 400 mm
Optimal Scanning Distance Range: 300-650 mm Optimal Scanning Distance Range: 300-650 mm
Effective Scanning Distance Range: 280-1000 mm Effective Scanning Distance Range: 280-1000 mm
Max. Field of View: 400 x 240 mm Max. Field of View: 580 x 550 mm
Recommended Object Size 0.05-4 m 0.3-4 m
Outdoor Scanning Support Support
Scanning Speed Max. Scanning Speed Up to 60 FPS Up to 15 FPS
Fineness Point Distance 0.1-3 mm 0.2-3 mm
Accuracy Basic Accuracy Up to 0.1 mm Up to 0.1 mm
Volumetric Accuracy Up to 0.25 mm/m Up to 0.25 mm/m
Data Output Output Formats *.obj, *.stl, *ply, *.asc, *.mk2, *.txt, *.epj, *.apj, *.spj, *.sk *.obj, *.stl, *ply, *.asc, *.mk2, *.txt, *.epj, *.apj, *.spj, *.sk
The Ability for 3D Printing Yes Yes
Hardware Built-in Camera Pixel 1.3 Million Pixels 1.3 Million Pixels
Working Temperature Range -10~40℃ -10~40℃
Interface USB 3.0 USB 3.0
Scanner Dimensions & Weight Dimensions: 140×94×258 mm; Weight: 856 g Dimensions: 140×94×258 mm; Weight: 856 g
Power Source INPUT: 100-240VAC, 50/60Hz INPUT: 100-240VAC, 50/60Hz
OUTPUT: 24=3.75A, 90W MAX OUTPUT: 24=3.75A, 90W MAX
Compliance Certifications CE-EMC, CE-LVD, FCC, RoHS, EN 60825, EN 62471, WEEE CE-EMC, CE-LVD, FCC, RoHS, EN 60825, EN 62471, WEEE

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