Handheld 3D Scanners for Industry | Creaform Laser 3D Scanners
Looking for a high-precision handheld 3D scanner? Discover Creaform industrial laser systems for quality control and reverse engineering. Top accuracy available in Slovenia.
Handheld 3D Scanners: Professional Solutions for Industrial Digitalization
In modern manufacturing, speed and precision are paramount. A handheld 3D scanner is no longer just a gadget, but an indispensable tool for quality control, product development, and reverse engineering. At IB-CADDY, we introduce cutting-edge Creaform technology that sets new standards in the world of portable metrology.
Why Choose a Creaform Industrial 3D Scanner?
When it comes to professional use, the line between hobbyist devices and serious equipment is drawn at measurement repeatability. Every industrial 3D scanner in our lineup is designed for demanding environments—directly on the production floor, next to the machine, or out in the field.
Key Industrial Advantages:
Dynamic Referencing: Movement of the part or the scanner does not affect measurement accuracy.
Certified Accuracy: Full compliance with metrological standards (e.g., VDI/VDE 2634).
Capture Speed: Millions of points per second for instant insight into geometry.
Blue Laser Technology: The Power of a Laser 3D Scanner
Standard optical scanners often struggle with shiny or black surfaces. The Creaform laser 3D scanner (HandySCAN and Silver series) utilizes blue laser technology, which enables:
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Scanning Without Matting: Forget about powders or sprays; laser beams excel at reading chrome and high-gloss surfaces.
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High Resolution: Detection of even the finest details and sharp edges.
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Stability: The laser ensures consistent results regardless of the room’s lighting conditions.
Demonstration of handheld laser scanning in industry
Practical Application: From Point Cloud to CAD Model
A professional handheld 3D scanner is only the beginning of the process. The true value lies in data processing, where Creaform’s software suite enables a seamless transition into digital engineering:
- Reverse Engineering: he process of converting a triangle mesh (STL mesh) into a precise, parametric CAD model. This is crucial for recreating legacy spare parts where original blueprints no longer exist, or for optimizing existing tooling. Our systems allow direct export into industry-standard formats such as STEP and IGES.
- Quality Control (Metrology):By using an industrial 3D scanner, you can perform a colorimetric comparison (Heat-map) between the manufactured part and the original CAD design. Instantly visualize dimensional deviations, material warpage after cooling, or CNC machining errors.
Which handheld 3D scanner is right for you?
The choice of equipment depends on your specific needs for accuracy and object size.
Accuracy: 0.020 mm
Light Surce: 46 Blue laser lines (+1 extra line) + laser pointer
Accreditation: ISO 17025
Optimal UX
Fastest time from scan to reporting
Wireless capability
Accuracy: 0.025 mm
Light Surce: 30 Blue laser lines (+1 extra line)
Accreditation: ISO 17025
A
Scan-to-mesh in seconds
Patented Technology
A
Accuracy: 0.075 mm
Light Surce: 38 Blue laser lines
Accreditation: ISO 17025
A
Large scanning area
Scan-to-mesh in seconds
A
Accuracy: 0.030 mm
Light Surce: 23 Blue laser lines
Scan-to-CAD Pro (included)
A
Fastest time to CAD
Trusted solution
Used by 10,000+ users
Accuracy: 0.050 mm
Color Acquisition
Light Surce: White light (99 stripes)
A
No set-up required
Patented technology
A
Accuracy: 0.025 mm
Probing
Light Surce: 30 blue laser crosses (+1 extra line)
Accreditation: ISO 17025
No set-up required
Patented technology
A
Accuracy: 0.025 mm
Light Surce: 30 blue laser crosses (+1 extra line)
Accreditation: ISO 17025
A
High resolution
Short cycle time
Repeatable results
Accuracy: 0.025 mm
Probing
Accreditation: ISO 17025
A
Patented Technology
Without the Constraints of Arms
Combined with MetraSCAN 3D
Accuracy: 0.025 mm
Probing
Accreditation: ISO 17025
A
Patented Technology
Without the Constraints of Arms
Combined with MetraSCAN 3D
If you can’t find the measuring equipment you are looking for, check out our FARO website for more solutions.
Frequently Asked Questions (FAQ)
Do handheld 3D scanners require reference points (markers)?
Some models (like the HandySCAN) use markers to ensure the highest possible accuracy on larger surfaces, while others (like the Go!SCAN) can scan based on the geometry and texture of the object.
What is the price of an industrial 3D scanner?
The price depends on the required accuracy and speed. Since this is a long-term investment in process optimization, we recommend an individual consultation to determine the most cost-effective model for your needs.
What is the difference between blue and red lasers in 3D scanning?
Blue laser technology, used in most of our laser 3D scanners, has a shorter wavelength than red lasers. This allows for the capture of significantly finer details and superior performance on dark, shiny, or metallic surfaces, as blue light scatters less on these materials.
Can I scan very small or very large objects?
Yes. Our industrial 3D scanners are highly versatile. With models like the HandySCAN, you can scan small components (e.g., gears) with high precision. By adding photogrammetry (MaxSHOT 3D), you can easily digitalize entire vehicles or aircraft sections with minimal accumulated error.
Choose the Right 3D Scanner for Your Project
Experience the Gold Standard in 3D Metrology
