iReal M3 Color 3D Scanner

iReal M Series Color 3D Scanner (M stands for Master) is a brand-new professional 3D scanner series launched by SCANTECH. Its infrared laser and structured-light modes enable smooth 3D data acquisition in different applications, be it scanning humans or objects, inside or outside. iReal M brings professional 3D digitization solutions to 3D engineers, 3D designers, and scientific researchers to fulfill their demands of industrial design, art design, medical design, human body digitization, etc.

Professional 3D Scanner with Dual-light, Safe and Comfortable

iReal M3 can fulfill the demand of 3D data acquisition of multiple sizes and materials in various scenes thanks to its dual infrared lasers. Its infrared VCSEL and infrared parallel laser, which have respectively passed the safety standards, pose no harm to human eyes. Those two light sources are invisible and can bring more friendly and comfortable scanning experiences.

iReal M3 adopts two kinds of fill lights, which can be controlled individually. The invisible infrared fill light can enhance marker recognition and black material adaptability, while the LED fill light can enhance the brightness of color alignment.

Strong Performance

iReal M3 features a basic accuracy of up to 0.1 mm, and a volumetric accuracy of up to 0.25 mm/m. It can meet needs of capturing 3D data in quasi-industrial scenes for various scenes.

With a resolution of up to 0.1 mm, iReal M3 can reconstruct high-resolution geometric structures and capture fine details of edges, easily handling scanning tasks for objects over 5 cm.

iReal M3’s scanning rate is as high as 60 fps, which greatly improves scanning efficiency so that engineers can get high-quality 3D data quickly.

Adaptability on Dark and Light Color

Compared to colored lasers, infrared light sources (invisible light) are absorbed relatively less when projected onto the surface of different colors. Thus, the New iReal M3, paired with infrared lights, is more adaptable to 3D scanning objects with rich colors.

With strong material adaptability, it is capable of 3D scanning industrial parts, automotive exteriors and interiors with black and reflective surfaces.

VCSEL Structured-Light for Human Body Scanning, Art and Design

When objects are full of continuous, non-repetitive and richly varied geometric/textural features, you can scan them directly with geometry and feature alignment. The target-free 3D scanning and one-button start improve on-site working efficiency.

When objects have inadequate geometric or textural features, we can use hybrid alignment mode (target and feature alignments) . Just stick several markers on featureless parts and you can align scans smoothly.

Hybrid Alignment Modes
Large Scanning Area: Large field of view (FOV), up to 580 mm x 550 mm, allows for fast and accurate scanning of medium to large-sized items.

Deep Depth of Field: 720-mm scanning depth of field and better operation smoothness help you get started easily.

Smoother, Easy to Use
 
 
 

iReal M3 is optimized to scan objects with high color contrasts thanks to its unique decoding algorithm of structured-light. The software will automatically make the overall exposure as correct as possible when 3D scanning objects with dark and light colors. It is perfect for users to embrace simple and smooth 3D scanning.

Adaptability on Dark and Light Colors

It supports invisible light scanning, hair scanning, automatically removal of displacements caused by movements of the scanned person, and 3D scanning in dark environments.

Algorithmic Optimization on Human Body Scanning

 

When objects are full of continuous, non-repetitive and richly varied geometric/textural features, you can scan them directly with geometry and feature alignment. The target-free 3D scanning and one-button start improve on-site working efficiency.

When objects have inadequate geometric or textural features, we can use hybrid alignment mode (target and feature alignments) . Just stick several markers on featureless parts and you can align scans smoothly.

Hybrid Alignment Modes
Large Scanning Area: Large field of view (FOV), up to 580 mm x 550 mm, allows for fast and accurate scanning of medium to large-sized items.

Deep Depth of Field: 720-mm scanning depth of field and better operation smoothness help you get started easily.

Smoother, Easy to Use
 
 
 

iReal M3 is optimized to scan objects with high color contrasts thanks to its unique decoding algorithm of structured-light. The software will automatically make the overall exposure as correct as possible when 3D scanning objects with dark and light colors. It is perfect for users to embrace simple and smooth 3D scanning.

Adaptability on Dark and Light Colors

It supports invisible light scanning, hair scanning, automatically removal of displacements caused by movements of the scanned person, and 3D scanning in dark environments.

Algorithmic Optimization on Human Body Scanning

 

Multi-industry Applications

iReal M3 color 3D scanner infrared laser and structured-light modes enable smooth 3D data acquisition in multiple applications, be it humans or objects, inside or outside. iReal M brings professional and highly cost-effective 3D digitization solutions to fulfill their demands of industrial design, art design, medical design, human body digitization, etc.

  1. Industrial Design ,Engineering Design
  2. 3D Body Scanning
  3. Art and Design
  4. 3D Model Analysis
  5. Scientific Research and Education

iReal 3D Mapping Software

High-precision and True-color 3D Texture Mapping Solution

iReal 3D offers relatively complete third-party commercial software supporting solutions in three main applications: high-precision, real-color 3D data acquisition, reverse engineering design, and 3D measurement analysis.

High-precision and True-color 3D Data Archiving and 3D Display: 

iReal 3D Mapping is used to map the multi-angle photos taken by mobile phones/SLRs to the 3D scanning model through an intelligent and semi-automatic process to obtain a high-precision, high-definition, real-color 3D model.

Reverse Engineering: 

Complementary software Geomagic Design X, QUICKSURFACE, Mesh2Surface add-in

3D Measurements and Analysis: 

Complementary software GOM Inspect, GOM Inspect Pro, Geomagic Control X

Play Video

VCSEL Structured-Light for Human Body Scanning, Art and Design

Dual Light Sources

Light Sources: Infrared Parallel Laser Lines

Light Sources: Infrared Parallel Laser Lines

Visibility: Invisible

Safety of Lasers: EN 60825 Class I Certificate (Eye-safe)

Safety of LED Lighting: EN 62471 Photobiological Safety Certificate

Scanning Characteristics

Ability to Capture Texture: Yes

Rapid Scan Mode: /

High-accuracy Scan Mode (on Object): Markers Alignment

Human Body Scanning: /

Scanning Range:

Optimal Scanning Distance: 400 mm

Optimal Scanning Distance Range: 300-650 mm

Effective Scanning Distance Range: 280-1000 mm

Max. Field of View: 400 x 240 mm

Recommended Object Size: 0.05-4

Outdoor Scanning①: Support

Scanning Speed

Max. Scanning Speed Up to: 60 FPS

Fineness

Point Distance: 0.1-3 mm

Accuracy

Basic Accuracy②: Up to 0.1 mm

Volumetric Accuracy③: Up to 0.25 mm/m

Data Output

Output Formats: .stl, .obj, .ply, .asc, .igs, .txt, .mk2, .umk and etc.

The Ability for 3D Printing: Yes

Hardware

Built-in Camera Pixel: 1.3 Million Pixels

Working Temperature Range: -10~40℃

Interface: USB 3.0

Scanner Dimensions & Weight: Dimensions: 140×94×258 mm; Weight: 856 g

Power Source: INPUT: 100-240VAC, 50/60HzOUTPUT: 24=3.75A, 90W MAX

Compliance

Certifications: CE-EMC, CE-LVD, FCC, RoHS, EN 60825, EN 62471, WEEE

① The scanner supports capturing monochrome 3D data outdoors. We suggest not scanning the colorful textures under direct sunlight. Please do not calibrate under direct sunlight.

② Basic accuracy: The deviation between the sphere diameter and the standard value is obtained by scanning a 100-mm calibration reference sphere in the marker alignment mode.

③ Volumetric accuracy: The deviation between the center distance of the spheres and the standard value is obtained by scanning the 1000-mm traceable length artifacts in the marker alignment mode.

*Our company reserves the right to explain and modify the described parameters and pictures in the brochure.

Dual Light Sources

Light Sources: Infrared VCSEL Structured Light

Light Sources: Infrared Linear-array Structured Light (Speckle)

Visibility: Invisible

Safety of Lasers: EN 60825 Class I Certificate (Eye-safe)

Safety of LED Lighting: EN 62471 Photobiological Safety Certificate

Scanning Characteristics

Ability to Capture Texture: Yes

Rapid Scan Mode: Feature/Mixed/Texture Alignments

High-accuracy Scan Mode (on Object): 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 Range: 300-650 mm

Effective Scanning Distance Range: 280-1000 mm

Max. Field of View: 580 x 550 mm

Recommended Object Size: 0.3-4 m

Outdoor Scanning①: Support

Scanning Speed

Max. Scanning Speed Up to: 15 FPS

Fineness

Point Distance: 0.2-3 mm

Accuracy

Basic Accuracy②: Up to 0.1 mm

Volumetric Accuracy③: Up to 0.25 mm/m

Data Output

Output Formats: .stl, .obj, .ply, .asc, .igs, .txt, .mk2, .umk and etc.

The Ability for 3D Printing: Yes

Hardware

Built-in Camera Pixel: 1.3 Million Pixels

Working Temperature Range: -10~40℃

Interface: USB 3.0

Scanner Dimensions & Weight: Dimensions: 140×94×258 mm; Weight: 856 g

Power Source: INPUT: 100-240VAC, 50/60Hz OUTPUT: 24=3.75A, 90W MAX

Compliance

Certifications: CE-EMC, CE-LVD, FCC, RoHS, EN 60825, EN 62471, WEEE

① The scanner supports capturing monochrome 3D data outdoors. We suggest not scanning the colorful textures under direct sunlight. Please do not calibrate under direct sunlight.

② Basic accuracy: The deviation between the sphere diameter and the standard value is obtained by scanning a 100-mm calibration reference sphere in the marker alignment mode.

③ Volumetric accuracy: The deviation between the center distance of the spheres and the standard value is obtained by scanning the 1000-mm traceable length artifacts in the marker alignment mode.

*Our company reserves the right to explain and modify the described parameters and pictures in the brochure.