Matter and Form

        
        
        
        
        
               
        

1) Introduction

3D scanning has become increasingly useful for designers, engineers, manufacturers, educators, artists, and hobbyists who need to convert physical objects into detailed digital models. A good 3D scanner can make it easier to document objects, create digital archives, support reverse engineering, and prepare models for 3D printing.

Matter and Form is a Canadian technology company specializing in 3D scanning solutions. The company develops desktop and portable 3D scanners designed to capture physical objects and convert them into digital 3D models.

Its product lineup includes the MFS1V2 3D Scanner and the THOR3D Scanner, providing options for different scanning requirements.

In this review, we'll explore Matter and Form's products, key features, advantages and disadvantages, applications, comparisons with other 3D scanning solutions, customer considerations, and whether Matter and Form is worth considering in 2026.

2) Description

Matter and Form focuses on making 3D scanning technology accessible to professionals, educators, creators, and businesses.

A) Desktop 3D Scanning

The MFS1V2 is designed as a desktop 3D scanner for capturing physical objects.

It is particularly suitable for users who want a dedicated scanning setup for:

• Product design
• 3D printing
• Digital archiving
• Prototyping
• Education
• Hobby projects

B) Portable 3D Scanning

Matter and Form also offers portable scanning technology for users who need more flexibility when capturing objects.

Portable scanners can be useful for scanning objects that cannot easily be moved to a traditional desktop scanning setup.

C) 3D Printing Applications

One of the most practical applications of 3D scanning is creating digital models that can later be modified or reproduced using 3D printing.

Matter and Form scanners can therefore be useful for makers and designers who want to move from a physical object to a digital workflow.

D) Digital Archiving

3D scanning can help businesses, museums, educators, and creators preserve digital versions of physical objects.

This can be particularly useful when physical objects are difficult to reproduce or need to be documented.

E) Product Development

Designers and engineers can use 3D scanning as part of product-development workflows.

A physical object can be captured and converted into a digital reference that can then be analyzed or incorporated into a CAD workflow.

3) Best-Selling Products

A) Matter and Form MFS1V2

The MFS1V2 is Matter and Form's second-generation desktop 3D scanner.

It is designed for users looking for a compact scanning solution that can capture physical objects and produce digital 3D models.

The scanner is suitable for:

• Makers
• Designers
• Educators
• Hobbyists
• 3D-printing enthusiasts

B) THOR3D Scanner

The THOR3D is designed for more demanding 3D scanning applications.

Its portable design allows users to scan objects in different environments rather than being restricted to a desktop setup.

It can be particularly useful for professionals who need greater flexibility.

C) 3D Scanning Software

Hardware is only part of the scanning workflow. Matter and Form also provides software that allows users to process and manage their scans.

A good software workflow is important for converting raw scan data into useful digital models.

D) Accessories

Depending on the scanning setup, users may also need accessories to improve positioning, scanning consistency, or workflow efficiency.

4) Pros and Cons

Pros

1. Specialized 3D scanning expertise

Matter and Form focuses specifically on 3D scanning technology rather than offering it as a small part of a much larger electronics portfolio.

2. Desktop and portable options

The product range provides different solutions for users with different scanning requirements.

3. Useful for 3D printing

Scanners can be particularly useful for makers and designers who want to reproduce or modify physical objects digitally.

4. Multiple professional applications

3D scanning can be applied to product development, education, digital preservation, design, prototyping, and manufacturing workflows.

5. Compact scanning solutions

Desktop scanning can be a practical option for users who don't require a large industrial scanning system.

Cons

1. Scanning requires some learning

Users may need time to understand scanning techniques, object positioning, lighting, and post-processing.

2. Results vary by object

Highly reflective, transparent, dark, or complex surfaces can be more challenging for many 3D scanners.

3. Software is important

A scanner alone does not automatically produce a perfect production-ready 3D model. Post-processing can be an important part of the workflow.

4. Professional equipment can be expensive

Advanced 3D scanning technology can represent a significant investment compared with basic consumer 3D tools.

5. Not every scanner suits every project

Users should consider object size, required accuracy, portability, scanning speed, and software compatibility before choosing a model.

5) Comparisons

Feature	Matter and Form	Basic 3D Scanners	Professional Industrial Scanners
Desktop Scanning	Excellent	Good	Excellent
Portability	Strong	Excellent	Variable
3D Printing	Excellent	Good	Excellent
Professional Applications	Strong	Limited	Excellent
Ease of Use	Good	Excellent	Moderate
Advanced Accuracy	Strong	Moderate	Excellent
Price Accessibility	Moderate	Excellent	Low

Matter and Form vs Basic 3D Scanners

Basic scanners may be more affordable and easier for beginners, but Matter and Form focuses more heavily on dedicated 3D scanning workflows and professional applications.

Matter and Form vs Industrial Scanners

Industrial scanning systems can offer advanced accuracy and specialized capabilities but are usually significantly more expensive and complex. Matter and Form can be a more accessible option for smaller businesses, designers, educators, and creators.

Matter and Form vs Smartphone 3D Scanning

Smartphone-based scanning can be convenient because it doesn't require dedicated hardware. However, dedicated scanners can provide a more controlled scanning workflow and may be preferable when consistent results are important.

6) Customer Reviews / Feedback

People considering a 3D scanner typically evaluate:

• Scanning accuracy
• Ease of setup
• Software quality
• Scanning speed
• Object compatibility
• Export formats
• Customer support
• Overall value

Positive Feedback

Matter and Form's products can appeal to users who want dedicated 3D scanning equipment without immediately moving into extremely expensive industrial systems.

Potential advantages include:

• Dedicated hardware
• Desktop scanning capability
• Portable scanning options
• Compatibility with 3D-printing workflows
• Applications across education and design

Things to Consider

Before buying, customers should determine:

• What size objects they need to scan
• How much accuracy they require
• Whether portability is important
• Which software they will use
• What file formats they need
• Whether their computer meets the required specifications

For professional workflows, it is also worth testing the scanner with representative objects before committing to large-scale production use.

7) Conclusion

Matter and Form provides specialized 3D scanning hardware and software for users who want to convert physical objects into digital models.

Its product range can serve a variety of applications, including 3D printing, product development, prototyping, digital archiving, education, design, and hobby projects.

The brand's main advantage is its focus on dedicated 3D scanning technology, with both desktop and portable solutions available. However, customers should carefully consider the type of objects they need to scan, required accuracy, software workflow, and overall budget before choosing a scanner.

Overall, Matter and Form is worth considering in 2026 for makers, designers, educators, engineers, and businesses looking for dedicated 3D scanning solutions that can bridge the gap between physical objects and digital design.