Trusted by:
Versatile 3D scanning solutions for parts and objects of any size
Go!SCAN 3D
Professional portable 3D scanner
Go!SCAN 3D enables the easiest 3D scanning experience, generating fast and reliable measurements for all your design and prototyping needs. Effortlessly capture the 3D shape and color of any object.
HandySCAN 3D
BLACK Series
Professional 3D laser scanners
HandySCAN 3D|BLACK Series is the fastest portable metrology-grade 3D laser scanner on the market, offering the highest measurement rate and accuracy available. Ideal for product development and quality control.
HandySCAN 3D
SILVER Series
Professional 3D laser scanners
This professional-grade 3D scanner offers the perfect mix of unbeatable performance and a great price. Based on trusted and patented metrology-grade 3D scanning technology.
Creaform Scan-to-CAD Software
Discover a fully integrated 3D software platform and application suite that powers all of Creaform’s 3D scanners and 3D measurement technologies. The Scan-to-CAD software module finalizes and prepares scan data for use in any 3D printing or CAD software.
Contact us
22 years of innovations in 3D
For over twenty two years, Creaform has been constantly changing the rules and setting new standards in portable metrology and engineering services.
Features and benefits
-
Accurate, metrology-grade measurements
With a guaranteed accuracy of 0.025 mm (0.0009 in), you can scan and measure even the finest components and parts and reproduce any geometry, no matter how complex or difficult to measure.
-
Ultra-high detail
With full color support and high resolution for fine details, the scan quality is perfect for modeling freeform surfaces and showing even the smallest details.
-
Fast data capture and processing
Unlike a point cloud, the generated mesh is already cleaned up and processed, ready for seamless integration into your preferred reverse engineering, CAD, or 3D printing software.
-
Versatile and non-contact
With advanced laser and optical technologies and an unlimited scan volume, 3D scanners can measure any part, regardless of size, shape, material, surface finish, or complexity, without the risk of part deformation or damage.
-
Portable and lightweight
Weighing only 0.85–1.25 kg, Creaform scanners are among the lightest on the market. The ergonomic handheld design allows you to use them anywhere—on the shop floor, at your desk, or in the field.
Success Stories
See why world-leading designers and engineers choose Creaform 3D scanners for their reverse engineering workflows.
3D scanning for reverse engineering and the QC of cast parts in the pump industry
“The Go!SCAN 3D has done much more than replace the old scanner. It offers other benefits by being easy to use and reaching deep scanning surfaces. What we also really like is that the scanner can be operated intuitively. This means that the onboarding was very simple: we could implement what we had learned immediately and productively. The 3D scanner fulfilled all our expectations.”
Jörg Wessler,
Technical modeler at Hidrostal
3D scanner allows flexible measurements of wind turbines and their components
“Above all, experiencing Creaform solutions has enabled us to improve the data acquisition process and the accuracy of that data, resulting in a simple and efficient process. What’s more, the measurements are stored and can be used at any time.”
Mikel Goiriena Larrazabal,
Platform Knowledge Manager at Siemens Gamesa
Using the HandySCAN 3D for measuring individual parts of the JUNKERS JU 52
“Without Creaform measurement technology, the project would probably have taken considerably longer, and we would have needed more staff for the data acquisition. With the HandySCAN 3D, Creaform has created a high-quality, accurate product that is versatile enough for a variety of engineering tasks and with which high-quality 3D files can be created quickly.”
Romario Odermatt,
Certification Coordinator at JUNKERS Flugzeugwerke AG
Applications
Legacy part replacement
Reverse engineer legacy parts that are no longer manufactured, out-of-stock, or difficult to source. Use 3D scanners to recreate parts without the need for expensive and time-consuming tooling.
Prototyping
Create prototypes of new products, especially those with complex geometries. Quickly and accurately create 3D models of physical objects to speed up the prototyping process and reduce costs.
Failure analysis
Perform failure analyses on parts that have failed in service. By taking precise scans of failed parts, engineers can understand the cause of the failure and develop strategies to prevent similar failures from occurring in the future.
Digital inventory
Use 3D scanners to create a digital inventory of physical parts and easily locate and retrieve them as needed. This can help reduce inventory costs and improve overall efficiency.
Aftermarket parts development
Create accurate digital models of existing parts that can be used to develop aftermarket parts. This can be especially useful for companies producing parts for older equipment or for vehicles with limited aftermarket support.
Mold, tool, and die making
Create digital models of existing molds, tools, and die components to produce new molds and tools or repair existing ones. This can help to improve the quality of dies, tools, and molded parts as well as reduce their manufacturing time and costs.
