From recreating hard-to-find automotive parts to capturing complex geometries for reverse engineering, professional 3D scanning is helping designers, engineers, and makers turn physical objects into digital models.

As demand grows for customized components, accurate part reproduction, and more efficient digital manufacturing workflows, 3D scanning has become an important tool for capturing real-world geometry and preparing it for further design and production.

At Formnext 2026, taking place in Frankfurt, Germany, from November 17 to 20, SCANOLOGY will showcase its 3D scanning technologies, including solutions from its professional 3D digitization brand, 3DeVOK.

Visit us at Hall 12.0, Stand F31, to explore the 3DeVOK MT Gen2 automotive customization 3D scanner and get an exclusive preview of an upcoming 3DeVOK product designed for automotive customization and 3D part replication.

Why Use 3D Scanning for Automotive Customization and Part Replication?

Automotive customization often involves components with complex curves, irregular surfaces, or dimensions that are difficult to measure manually. Recreating a discontinued part, modifying an existing component, or developing a custom-fit accessory can require substantial measurement and modeling work.

A professional handheld 3D scanner captures the geometry of a physical component and converts it into digital 3D data. This data can then be imported into reverse engineering or CAD software for further modeling, modification, and design.

A typical 3D scanning workflow for automotive customization includes:

• 3D Data Capture: Scan the original component to collect its surface geometry.
• 3D Model Processing: Align and process the scan data to generate a usable 3D model.
• Reverse Engineering and Design: Reconstruct surfaces, modify dimensions, or develop a customized design using professional software.
• Manufacturing: Prepare the resulting model for prototyping, 3D printing, or other manufacturing processes.

By capturing the geometry of existing parts, 3D scanning provides a practical starting point for component replication and custom design.

3DeVOK MT Gen2: Four Light Sources for Different 3D Scanning Tasks

For professional 3D scanning, different objects and geometries require different scanning methods. A complex mechanical component, a detailed surface, and a large object may each present different data acquisition challenges.

The 3DeVOK MT Gen2 professional handheld 3D scanner features four light sources, allowing users to select the appropriate scanning mode according to the object and task.

1. 34 Cross Blue Laser Lines: High-Accuracy 3D Scanning

The 34-line blue cross laser mode delivers accuracy of up to 0.03 mm and scanning speeds of up to 80 frames per second. It is suitable for capturing complex geometries and collecting detailed 3D data for professional reverse engineering and product design.

2. 11 Parallel Blue Laser Lines: Capturing Fine Details

The 11-line blue parallel laser mode offers detail resolution of up to 0.05 mm, helping capture fine surface features and intricate details. It is particularly useful when scanning objects that require a higher level of detail.

3. Single Blue Laser Line: Accessing Deep Holes and Hard-to-Reach Areas

The single blue laser line mode improves data acquisition in deep holes, narrow openings, and other hard-to-reach areas. It helps capture geometries that may be difficult to scan with conventional multi-line laser patterns.

4. Large-Area Infrared Structured Light: Scanning Medium-to-Large Objects

The infrared structured light mode uses large-area speckle patterns to capture medium-to-large objects efficiently. With a maximum field of view of 1,100 × 1,000 mm, it supports markerless scanning and helps reduce the need for target placement when digitizing larger objects.

Together, these four light sources make the MT Gen2 adaptable to a wide range of scanning tasks, from detailed component capture to larger-object digitization.

From 3D Scanning to 3D Printing: Connecting Digital Design with Manufacturing

3D scanning and 3D printing can work together to create a flexible digital manufacturing workflow.

A physical object can first be captured using a 3D scanner. The resulting scan data can then be processed and converted into a digital model for reverse engineering, design modification, or product development. Once the model is ready, it can be prepared for 3D printing or other manufacturing methods.

For example, when recreating a custom automotive component, users can scan the original part, reconstruct or modify its geometry in reverse engineering software, and prepare the resulting model for prototyping or production.

The 3DeVOK MT Gen2 supports common 3D mesh formats, including STL and OBJ, making scan data suitable for downstream workflows such as 3D printing.

This connection between physical data capture, digital modeling, and manufacturing creates more possibilities for automotive customization, product development, and part replication.

Something New Is Coming to 3DeVOK at Formnext 2026

The MT Gen2 is not the only product to look forward to at Formnext.

3DeVOK will also bring a brand-new product to the exhibition, designed with automotive customization and 3D part replication in mind.

We are keeping the details under wraps for now. If you are interested in new possibilities for automotive 3D scanning and customized part reproduction, visit our booth to discover what's coming next.

Meet 3DeVOK at Formnext 2026

Formnext brings together professionals from across the additive manufacturing and industrial 3D printing industries. It is an opportunity to exchange ideas, explore new technologies, and discover how digital tools can support evolving manufacturing needs.

Whether you are working on automotive customization, reverse engineering, 3D printing, or product development, the 3DeVOK team looks forward to discussing your scanning projects and exploring possible solutions.

Event Details

Event: Formnext 2026

Date: November 17–20, 2026

Location: Messe Frankfurt, Frankfurt, Germany

Hall: 12.0

Stand: F31

Featured Product: 3DeVOK MT Gen2 Professional Handheld 3D Scanner

Special Preview: A new 3DeVOK product for automotive customization and 3D part replication

Visit us at Hall 12.0, Stand F31, and discover how 3DeVOK professional 3D scanning can help bring physical objects into digital workflows.

Explore 3DeVOK 3D Scanning Solutions: https://www.3devok.com/

Contact the 3DeVOK Team: https://www.3devok.com/contact-us

Frequently Asked Questions

Where can I meet 3DeVOK at Formnext 2026?

You can visit 3DeVOK at Hall 12.0, Stand F31, during Formnext 2026 in Frankfurt, Germany, from November 17 to 20, 2026.

What is the 3DeVOK MT Gen2 used for?

The 3DeVOK MT Gen2 is a professional handheld 3D scanner designed for applications such as reverse engineering, automotive customization, product design, 3D modeling, and 3D printing workflows.

What are the four light sources of the 3DeVOK MT Gen2?

The MT Gen2 features 34 cross blue laser lines, 11 parallel blue laser lines, a single blue laser line, and infrared structured light. Each mode is designed for different scanning requirements, from high-accuracy data capture and fine-detail scanning to deep-hole scanning and large-area digitization.

Can the 3DeVOK MT Gen2 be used for 3D printing?

Yes. The MT Gen2 supports 3D mesh output formats such as STL and OBJ, which can be used in downstream 3D printing workflows.

Will 3DeVOK introduce a new product at Formnext 2026?

Yes. 3DeVOK will preview a new product designed for automotive customization and 3D part replication at Formnext 2026. More details will be revealed at the exhibition.

About Scanology & 3DeVOK

SCANOLOGY is the industrial 3D scanning brand of Scantech (Hangzhou) Co., Ltd., built on more than a decade of expertise in industrial 3D scanning and metrology. It provides high-precision 3D measurement solutions for demanding applications across industries such as automotive, aerospace, energy, heavy industry, railway, and shipbuilding.

3DeVOK is the company's professional 3D scanning brand, built on SCANOLOGY's industrial expertise. It focuses on making professional 3D scanning more accessible for applications including automotive customization, medical rehabilitation, cultural heritage, education and research, art and design, and maker projects—helping users turn ideas into reality.