Introducing the Dual-infrared Laser 3D Scanner: Versatility at Your Fingertips

The unique two infrared lasers in the Scantech 3D measuring company’s most recent 3D colour scanner, the iReal M3, have been launched. With its high performance-price ratio, ease of use, and adaptability to many materials and applications, this professional 3D scanner aims to make 3D measuring solutions accessible to everyone.

A brand-new professional 3D scanner series is the iReal M Series Colour 3D Scanner (M stands for Master). Its infrared laser and structured-light modes enable fluid 3D data gathering in a variety of applications, including indoor and outdoor scanning of people and objects. To meet their needs for industrial design, art design, medical design, human body digitization, etc., iReal M offers 3D engineers, 3D designers, and scientific researchers professional and incredibly affordable 3D digitization solutions.

Dual Infrared Lasers

Infrared Parallel Laser for Scanning Objects of Different Sizes and Materials

Different sizes (≥0.05 m)
Different materials (Including dark and reflective surfaces)

Infrared Speckle for Human Body Scanning and Medium-large Sized Objects (≥30 cm )

Human body parts, busts, or full-body figures
Large and medium-scale sculptures (≥ 0.3m)

Both infrared VCSELs and infrared parallel lasers have successfully met the (EU) EN 60825 Class 1 Lasers (in conformity with human-eye safety regulations) laser product safety standards.

The EN 62471 photobiological safety certification has been met by the LED and infrared fill lights, making them both safe light sources.

“Invisible Light Scanning”

Infrared VCSEL structured light and infrared parallel laser are both invisible lights. Invisible light brings more friendly and comfortable scanning experiences than those visible light.

Intelligent and Independent-control Fill Light

Both invisible infrared and LED fill lights are individually controllable. Users can disable the LED fill light to create “invisible light scanning” and have enjoyable, safe 3D scanning experiences when using 3D scanning to record monochromatic 3D models.

Infrared Parallel Laser for CAD/3D

Printing High-quality Data Capturing

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 the needs of capturing 3D data in various scenes.

Extremely High Resolution

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 5cm.

Better Material Adaptability

It is capable of 3D scanning industrial parts, automotive exteriors and interiors with black and reflective surfaces. No spray is needed for 3D scanning.

Adapt to Different Colors

When projected onto surfaces of various colours, infrared light sources (invisible light) are substantially less absorbed than coloured lasers. As a result, scanning with the New iReal M3 and infrared light can be made more comfortable and seamless.

High Efficiency

Engineers can swiftly obtain high-quality 3D data thanks to the iReal M3’s scanning rate, which can reach 60 frames per second.

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

Hybrid Alignment Modes

We can employ a hybrid alignment mode (marker and feature alignments) when an object’s geometric or textural features are insufficient. You may align scans neatly by simply placing many marks on featureless portions.

Without Markers

Geometry and feature alignment mode can be used to scan objects directly when they have a wealth of continuous, non-repetitive, and widely diversified geometric/textural features. The one-button start and marker-free 3D scanning increase the effectiveness of on-site work.

Smoother, Easy to Use

Large Scanning Area: Quick and precise scanning of medium- to large-sized objects is made possible by a large field of view (FOV), which can measure up to 580 mm x 550 mm.

You can get started quickly thanks to the 720-mm scanning depth of field and improved operation smoothness.

Adaptability to Dark and Light Colors

iReal M3’s distinctive structured-light decoding technology makes it well-suited to scanning objects with strong colour contrasts. When 3D scanning items with dark and light colours, the programme will automatically adjust the overall exposure to the best of its ability due to its high degree of colour adaptation. It is ideal for users to adopt straightforward and fluid 3D scanning.

Human Body Scanning

Rehabilitation medicine (spinal orthotics, prostheses, orthopaedic headgear, etc.
creative portraits can be altered and recreated (3D printed portraits, body art, etc.);
Customization, including clothing, armour for movies and television, etc.
Video games, VR, augmented reality, and other CG character modelling, etc.

Various Applications

The infrared laser and structured light modes of the iReal M3 allow for fluid 3D data capture in a variety of applications, including scanning people or objects inside or outside. To meet the demands of industrial design, art design, medical design, human body digitization, and other design fields, iReal M offers expert and incredibly affordable 3D digitization solutions.

Industrial Design and Engineering Design

Reverse engineering, CAD mechanical design, automobile modification, 3D printing, MRO, etc.

Art and Design

Design for footwear and clothes, 3D digital archiving, redesign, reprocessing of carvings (wood, stone, clay, furniture, etc.), 3D digital exhibition, preservation and restoration of cultural artefacts, etc.

Industrial Design and Engineering Design

Reverse engineering, computer-aided design (CAD) for mechanical purposes, product and vehicle customization, 3D printing, MRO (maintenance, repair, and operation), etc.

Education and Research

Teaching and training (reverse engineering, CAD mechanical design, 3D printing design, 3D maker innovation education, etc.), scientific research, etc.

3D Measurement and Analysis

3D surface area, volume, deformation analysis, and other non-contact measurements. Forensic study of human trauma areas and footprints, medical diagnostic (spine correction screening), plant growth morphology analysis (trunks and potted plants), etc.

3D Solutions

Reverse engineering design, high-precision, real-colour 3D data capture, and 3D measurement analysis are the three primary applications that iReal 3D offers quite comprehensive third-party commercial software supporting solutions for.

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

In order to create a high-precision, high-definition, real-colour 3D model, iReal 3D Mapping is used to intelligently and semi-automatically map the multi-angle images captured by smartphones and SLRs to the 3D scanning model.