Search for more information
Smart resolution Live mesh visualization Enhanced mesh Real-time feedback
77 x 122 x 294mm 0.85 KG
@HandySCAN 700 Elite Portable 3D Scanner: High-Accuracy Professional Solution
The HandySCAN 700 Elite portable 3D scanner from Creaform is an innovative metrology-grade 3D scanner. This compact and powerful tool is designed to meet the needs of professionals and technological innovators looking to improve the development process, reduce time-to-market, and minimize costs.
Advantages of the HandySCAN 700 Elite
The scanner provides exceptional accuracy and reliability of 3D measurements, regardless of working conditions and user experience level.
Accuracy: up to 0.030 mm (0.0012 in).
Volumetric accuracy: 0.020 ± 0.060 mm/m (0.0008 ± 0.0007 in/ft).
The dynamic referencing capability allows free movement of both the scanner and the part during operation, ensuring high-quality scanning.
Reliability and proven professional scanning technology.
The HandySCAN 700 Elite 3D scanner is designed and manufactured in North America.
More than 5,000 users worldwide trust this technology.
Supported by a global network of engineers and technicians.
Portability and versatility ensure ease of use in any conditions.
The 3D scanner fits into a small suitcase.
The device can be used in the office or on-site without complex setups or additional tracking devices.
Preparation time: less than 2 minutes.
No rigid setup required.
Ability to work with parts of various sizes, shapes, materials, and colors.
Metrology-Grade 3D Scanner: Simplicity and Ergonomics of the HandySCAN 700 Elite
The user-friendly interface and real-time model visualization make the scanner intuitive to use.
The lightweight body allows for long periods of work without fatigue.
One tool handles the most complex tasks, including working with difficult and reflective surfaces.
Intelligent Scanner Features
Smart resolution: automatic selection of the optimal resolution for each scanned surface area.
Live mesh visualization: the user can observe the 3D model creation process in real time.
Enhanced mesh: advanced algorithms ensure high quality and detail of the model.
Real-time feedback: allows for prompt adjustment of the process to achieve the ideal result.
Where is the HandySCAN 700 Elite Portable 3D Scanner Used?
Power Generation and Oil & Gas
Monitoring the condition of equipment, pipelines, turbines, and other elements to ensure safety and efficiency.
Automotive Manufacturing
Used for designing, inspecting, and reverse engineering automotive parts, as well as for controlling the parameters of car bodies and mechanical assemblies.
Reverse Engineering
Creating accurate 3D models of existing objects for subsequent design, modernization, or reproduction of parts.
Quality Control
Checking the conformity of the dimensions and shape of parts to specified parameters. Used for analyzing deviations and detecting production defects.
Industrial Design and Product Development
Digitizing physical prototypes to accelerate the development process of new products and designs.
Aerospace Industry
Scanning complex geometries of aircraft and spacecraft components for precise fitting and repair of parts.
Heavy Equipment Manufacturing
Digitizing large-sized parts, repairing and monitoring wear of assemblies and components in mechanical engineering.
Medicine
Used for creating custom prostheses, orthotics, and reconstructing complex medical objects.
Jewelry Industry
Digitizing complex objects such as jewelry for subsequent production or restoration.
Cultural Heritage and Restoration
Creating digital copies of historical artifacts, monuments, and museum exhibits for their preservation or restoration.
Creaform Metrology Suite™ Software (Optional)
The HandySCAN 700 Elite comes with the proven and reliable Creaform Metrology Suite software, which includes:
Scan-to-CAD: converting scans to CAD models.
Inspection: tools for inspection and quality control.
Automation: automation of measurement processes.
Dynamic Tracking: dynamic tracking of objects.
This comprehensive solution meets the requirements of real-world tasks and simplifies the 3D metrology process.
