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Top 5 3D Human Scanners Suitable for Different Industries at 3D Master

Top 5 3D Human Scanners Suitable for Different Industries at 3D Master

The Top 5 3D human scanners at 3D Master meet a wide range of needs, from fashion and statue casting to wood CNC and 3D printing. Depending on the application, you can choose a handheld 3D scanner, mini 3D scanner, or full-body scanning system. So, how much does a 3D scanner cost, and how can you choose an affordable 3D scanner effectively? The information below will provide detailed answers.

1. How are 3D human scanners used?

3D human scanning is the process of capturing the shape and surface characteristics of the human body to create 3D data. This data can then be processed into a 3D model for design, manufacturing, storage, or prototyping.

Some common applications include:

  • Fashion and tailoring: The device automatically captures complete body measurements with high accuracy. Tailors can design well-fitting clothing without manually taking measurements.
  • Statue casting and sculpture: The scanner captures the complete facial features and body shape. Artists can use the 3D file to scale the model or create detailed bronze statues.
  • Wood CNC: Scanned data of people or carved patterns can be transferred directly to CNC machines. The system automatically carves intricate artistic wood products.
  • 3D printing: Body scanning data helps create a complete 3D model. Users can directly print miniature figurines, personalized gifts, or game characters.
  • Artifact digitization: The scanner captures the complete geometry and actual colors of an object. This data can be used to preserve heritage or create films and AR-VR environments.

2. Top 5 3D human scanners suitable for different industries at 3D Master

2.1. Full Body 3DF 3D Scanner for Fashion and Tailoring Applications

Full Body 3DF is a specialized full-body 3D scanning booth. The system is well suited for high-end tailoring and automated production.

The scanner captures the entire body in just 1/15 of a second. This speed eliminates motion blur caused by slight movements of the person being scanned. The system automatically outputs body measurements and reproduces realistic colors.

The scanning booth has a sturdy and mobile design and supports quick assembly and disassembly within 5 minutes. The system helps fashion stores create accurate custom-fit patterns without spending excessive time.

Key specifications:

  • Origin: Germany.
  • Scanning time: 1/15 second.
  • Scanning booth dimensions: D2.4m x H2.2m.
  • Data coverage: Full-body scanning with integrated realistic color capture.
  • File output formats: PLY, STL, OBJ,... for tailoring and AR-VR production.

For fashion studios or businesses that need to scan multiple people, 3DF is more suitable than using a handheld scanner to move around each body area.

Full Body 3DF 3D Scanner for Fashion and Tailoring Applications
Full Body 3DF 3D Scanner for Fashion and Tailoring Applications

2.2. Faro Creaform HandySCAN Black™|Elite 3D Scanner for Bronze Statue Casting

For statue casting, scanner size is not the only important factor. The equipment needs to capture the shape, contours, and complex details of the model.

Faro Creaform HandySCAN Black™|Elite is a handheld blue-laser 3D scanner that is suitable for applications requiring movement around a statue and access to different areas.

The device accurately digitizes small details on the face or folds of clothing on a model and operates reliably even in casting workshops with high levels of vibration.

The scanner can directly capture difficult surfaces such as shiny metal or dark-colored materials without requiring scanning spray, helping bronze statue workshops significantly reduce model-making time.

Key specifications:

  • Origin: Canada (Faro Creaform).
  • Accuracy: 0.025 mm.
  • Resolution: 0.025 mm.
  • Scanning speed: 1,300,000 points/second.
  • Light source: 22 blue laser lines combined with 1 deep laser line.
  • Weight: 0.94 kg.

The scanned data can then be processed to create a 3D model. This provides a foundation for restoring models, modifying designs, or preparing data for subsequent manufacturing processes.

Faro Creaform HandySCAN Black™|Elite 3D Scanner for Bronze Statue Casting
Faro Creaform HandySCAN Black™|Elite 3D Scanner for Bronze Statue Casting

Faro Creaform HandySCAN PRO™ Mini 3D Scanner – Scanning Models for Wood CNC and Reverse Engineering

 

HandySCAN PRO™ is a blue-laser scanning system with an optimized cost for production workshops. Weighing just 0.92 kg, it allows flexible handheld operation over extended periods.

The device smoothly scans complex wood patterns and human body contours. The output data is clean and provides high resolution.

Engineers can reconstruct CAD models from real-world data. These models can then be used as a basis for modifications or prepared for CNC machining.

Key specifications:

  • Origin: Canada (Faro Creaform).
  • Accuracy: 0.030 mm.
  • Resolution: 0.030 mm.
  • Scanning speed: 1,200,000 points/second.
  • Light source: 23 laser lines.
  • Weight: 0.92 kg.

If only manual measurement is used, reconstructing the original shape can take a significant amount of time. HandySCAN PRO is designed for applications that require real-world model digitization and integration of data into reverse-engineering workflows.

Faro Creaform HandySCAN PRO™ Mini 3D Scanner
Faro Creaform HandySCAN PRO™ Mini 3D Scanner

 

Faro Creaform Go!SCAN SPARK™ – Scanning Solution for 3D Printing and Prototyping

 

Faro Creaform Go!SCAN SPARK™ features multi-color white-light scanning technology. The scanner simultaneously captures both the 3D geometry and actual colors of an object. The device operates extremely quickly without requiring markers to be placed on the model.

Its high scanning speed allows smooth data acquisition when scanning people. The resulting 3D files retain vivid colors and can be used directly for color 3D printers or model creation.

Key specifications:

  • Origin: Canada (Faro Creaform).
  • Accuracy: 0.050 mm.
  • Resolution: 0.050 mm.
  • Scanning speed: 1,500,000 points/second.
  • Technology: Full-color white-light scanning.
  • Weight: 1.25 kg.

In summary, if you prioritize fast 3D data acquisition while retaining color information, Go!SCAN SPARK is a noteworthy option.

Faro Creaform Go!SCAN SPARK™ for Model Scanning, 3D Printing and Prototyping
Faro Creaform Go!SCAN SPARK™ for Model Scanning, 3D Printing and Prototyping

 

Faro Creaform HandySCAN EVO|Elite – Handheld 3D Scanner for People, Statues and Large-Sized Models

 

Not every business scans only one type of object. Some companies need to scan people as well as statues or large models. In such cases, a highly accurate handheld 3D scanner with a wide range of applications can provide greater flexibility than a specialized system.

HandySCAN EVO|Elite is a high-end handheld 3D scanner designed for demanding inspection and measurement applications. The device features a system of 46 blue laser lines and convenient wireless connectivity. It can easily scan large statues, monument structures, or full human bodies.

Data acquisition can reach up to 2,800,000 measurements per second. The scanner smoothly handles challenging surfaces such as human hair, dark clothing, and reflective details.

Key specifications of HandySCAN EVO:

  • Origin: Canada (Faro Creaform).
  • Accuracy: 0.025 mm.
  • Resolution: 0.025 mm.
  • Scanning speed: 1,300,000 points/second.
  • Technology: Class 2M blue laser.
  • Laser system: 22 laser lines + 1 additional laser line.
  • Connectivity: Wireless.
  • Weight: Approximately 1.02 kg.

HandySCAN EVO is suitable when a business needs a highly mobile device. Operators can move around the model to capture data from multiple angles.

Handheld 3D scanner for people, statues and large-sized models
Handheld 3D scanner for people, statues and large-sized models

 

What criteria should you consider when choosing a 3D human scanner?

 

Choosing a 3D scanner should not be based solely on the highest available accuracy. The device needs to match the size of the object, type of data, and actual production workflow.

  • Purpose of use: Tailoring requires a full-body system. Statue casting requires strong detail capture capabilities. CNC applications require geometric data for reverse engineering.
  • Object size: People and large statues require an appropriate scanning range. If you need to scan objects of different sizes, a handheld scanner offers greater flexibility than a specialized system.
  • Accuracy: Models used for statue production or 3D printing may have different requirements from models used for industrial inspection and measurement.
  • Scanning speed: High scanning speed reduces data acquisition time. This is particularly important when scanning multiple people or multiple objects per day.
  • Surface type: Hair, skin, wood, shiny metal, and dark surfaces can create different scanning challenges. Surface-handling capabilities should be tested before purchase.
  • Portability: If you frequently scan at workshops, construction sites, or different studios, prioritize a lightweight handheld scanner that is easy to transport.
  • Output data: Determine in advance whether you need mesh, point cloud, or CAD models. A 3D scanner is only the data acquisition stage. Data-processing capabilities also directly affect the final efficiency.

How much does a 3D scanner cost? – Reference price list

 

The price of a 3D scanner depends on its origin, scanning technology such as laser or white light, and the accuracy of the device.

3D scanner segment Reference price range (VND) Suitable industries
Affordable / Entry-level 3D scanner 50,000,000 – 150,000,000 Personal 3D printing, simple prototyping, training.
Mid-range / Professional 3D scanner 200,000,000 – 500,000,000 Fashion tailoring, wood CNC, medium-sized statue casting.
High-end / Metrology 3D scanner Over 600,000,000 Large-scale heritage digitization, industrial inspection, monument casting.

Note: Exact prices vary depending on software configurations and included accessories. Customers should contact the distributor directly for a detailed quotation.

 

How to choose an affordable 3D scanner effectively

 

Investing in an affordable 3D scanner can help businesses reduce their initial investment costs. However, you need to make a careful selection so that the equipment remains within budget while still meeting actual work requirements.

  • Clearly define your intended use: If you only need to scan people for 3D-printed gifts or models, you do not necessarily need an expensive metrology-grade scanner.
  • Prioritize established brands and clear origins: Avoid low-cost scanners with unclear origins. Affordable scanners from reputable manufacturers can still provide good durability and stable software.
  • Check real-world surface handling: Affordable scanners may have difficulty capturing human hair or dark clothing. You should test the device's point-capturing capabilities directly before purchasing.
  • Evaluate the included software: Easy-to-use data-processing software can save time when smoothing files and performing post-processing.
  • Choose a distributor with strong technical support: A reputable provider such as 3D Master can provide warranty support, usage guidance, and long-term software updates.

If scanning is only required occasionally for individual projects, outsourcing the service may be more cost-effective than purchasing a scanner. When the workload increases and frequent scanning is required, it may be worth considering purchasing dedicated equipment.

 

3D Master supplies 3D human scanners and professional 3D scanning services based on actual needs

 

3D Master provides a wide range of 3D scanning solutions, from full-body systems to handheld 3D scanners. The company also offers 3D scanning, 3D measurement, and reverse-engineering services. Customers can choose to purchase equipment or use scanning services depending on their frequency of use and investment budget.

  • Genuine products: 3D Master supplies high-quality 3D scanners from major brands such as Faro Creaform, meeting ISO 9001:2015 and ISO 17025 standards.
  • Needs-based consultation: Customers receive recommendations for equipment that matches their budget and actual work requirements.
  • On-site technology transfer: The technical team provides operational guidance and detailed technology handover.
  • Reliable warranty service: Fast technical support and continuous assistance throughout the equipment's service life.

In summary, choosing a suitable device from the Top 5 3D human scanners above can not only optimize production workflows but also significantly improve productivity and competitive advantages for businesses. Whether your needs involve fashion tailoring, sculpture and statue casting, or wood CNC applications, 3D Master is ready to provide suitable technology solutions. Contact us today for in-depth consultation and a hands-on machine demo.

 

>>> Only 5 FREE ON-SITE DEMO slots available for 3D scanners this week

 

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