HandySCAN EVO Series | 3D Scanner
Bring real-world 3D scanning workflows into the classroom for engineering and manufacturing programs.
The HandySCAN 3D EVO Series is a handheld metrology-grade 3D scanner designed for precise measurement, reverse engineering, and inspection applications. With accuracy up to 0.025 mm, this portable scanning system allows students and professionals to capture high-resolution digital models of real-world objects for CAD modeling, engineering analysis, and advanced manufacturing workflows. Lightweight and easy to operate, the HandySCAN EVO helps learners bridge the gap between physical parts and digital engineering environments used across modern manufacturing industries.
The HandySCAN 3D EVO Series from Creaform is a professional-grade portable 3D scanning system designed for accurate measurement and digital capture of physical objects. Built for engineering, manufacturing, and technical education environments, the HandySCAN 3D EVO delivers high-resolution scans of complex surfaces while maintaining metrology-grade accuracy.
Using advanced laser technology and intuitive scanning software, students and professionals can capture real-world components and convert them into high-quality digital models for inspection, reverse engineering, or design modification. The lightweight handheld design allows users to scan parts directly in the lab or shop environment, making it an ideal tool for teaching modern digital manufacturing workflows.
With the ability to scan reflective surfaces, complex geometries, and large assemblies, the HandySCAN EVO helps bridge the gap between physical products and digital engineering environments.
Features
- Portable handheld 3D scanner
- Metrology-grade measurement accuracy
- Fast scanning speed with high-resolution capture
- Lightweight ergonomic design for handheld operation
- Captures complex surfaces and geometries
- Ideal for reverse engineering and inspection workflows
- Compatible with leading CAD and metrology software platforms
- Designed for engineering, manufacturing, and technical training environments
3D Scanning and Digital Capture
Capture real-world objects and convert them into high-resolution digital models.
Reverse Engineering
Create CAD models from scanned components for analysis, modification, or reproduction.
Dimensional Inspection
Measure parts and compare scanned geometry against CAD models for quality verification.
Digital Manufacturing Workflows
Integrate 3D scanning with CAD, CAM, and additive manufacturing technologies.
Engineering Analysis
Evaluate complex geometries and understand dimensional relationships between components.
HandySCAN 3D EVO Series Product Details
Accuracy: Up to 0.025 mm (0.0009 in)
Volumetric Accuracy: 0.020 mm + 0.040 mm/m
Resolution: Up to 0.100 mm (0.0039 in)
Measurement Rate: Up to 480,000 measurements/sec
Scanning Area: 275 × 250 mm (10.8 × 9.8 in)
Stand-off Distance: ~300 mm (11.8 in)
Light Source: Multiple laser crosses (Class 2M laser)
Weight: 0.94 kg (2.1 lbs)
Connectivity: USB 3.0
Operating Temperature: 0–40°C (32–104°F)
Software: VXelements scanning and data acquisition software
Export Formats: .STL, .OBJ, .PLY, .STEP, .IGES and more
Compatible OS: Windows 10/11 (64-bit)
System Includes:
- HandySCAN 3D EVO handheld scanner
- VXelements software suite
- Calibration plate
- Positioning targets
- USB cable and power supply
- Protective carrying case
Educational Solutions Suite
Which 3D Scanner is right for you? With Creaforms’ lineup of academic solutions, find your perfect fit.
From small-scale scanning for art restoration and color to large-scale trains and aerospace components, they’ve packed reliability and precision into portable 3D scanners for every application.
Full Software Suite
The Creaform Metrology Suite provides specialized software modules tailored for various metrology tasks, including reverse engineering, inspection, automation, and dynamic tracking. Included in the software suite:
- Scan-to-CAD Module: Transfers scanned data directly into CAD platforms
- Inspection Module: For dimensional analysis and quality control workflows
- Automation Module: Simplifies programming for automated inspection routines
- Dynamic Tracking Module: Enables real-time position tracking of multiple objects
Together, these modules let you tailor coursework to your program’s needs while students practice on industry-standard tools across multiple technical fields.
Creaform.OS
Creaform.OS is the integration software connecting hardware and software seamlessly during data acquisition. Built-in onboarding tools and embedded training content allow students to learn independently, reducing instructor workload, while workflow-oriented interfaces guide users through each scanning step. Students gain hands-on experience with professional-grade software that mirrors real industry workflows.
See Creaform's 3D scanners in action!
3D Scanning Applications
Creaform’s 3D measurement technologies have been included in a growing number of higher education curricula and research projects. Here are just some of the fields in which Creaform has helped research teams make important discoveries.
Engineering and Manufacturing
Equip students to reverse engineer components, inspect tolerances, and build digital twins by comparing scanned parts against CAD models, developing real-world skills in quality control and design iteration.
Industrial Maintenance and Metrology
Prepare technicians for industry-standard inspection workflows using Creaform’s tools to execute complete QA/QC processes with GD&T standards and real-world tolerance requirements.
Digital Design and CAD/CAM
Enable students to digitize physical prototypes, fixtures, and handmade models for direct integration into CAD software, bridging hands-on fabrication with digital design and manufacturing.
Biomedical and Veterinary Science
Support emerging applications in prosthetics, orthotics, and animal health by scanning anatomical structures for custom device design, fit analysis, and clinical study.
Art and Historical Preservation
Digitally capture artifacts, sculptures, and more for preservation, reproduction, and immersive study, ideal for museum collaborations and cross-disciplinary projects.
Connect with Solidworks or any other CAD software.
