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High-Precision Handheld 3D Scanners
for Industrial Metrology
Redefine what's possible in portable 3D metrology.
Handheld 3D Scanner with High
Portability and Precision
Empower your workflow with SCANOLOGY's handheld 3D scanners — compact yet powerful tools that deliver exceptional accuracy and flexibility across diverse industrial applications.
KSCAN-E
All-in-One Flagship 3D Scanning System
KSCAN-E is a versatile handheld 3D scanner that delivers the perfect combination of speed, precision, and flexibility. Featuring 6 scanning modes, quad-cross blue lasers, and an impressive 0.020 mm accuracy, it handles both large-scale and fine-detail measurements with ease. With a high frame rate of 180 FPS, KSCAN-E sets a new benchmark for industrial-grade 3D scanning.
KSCAN-X
All-in-One Flagship 3D Scanning System
KSCAN-E is a versatile handheld 3D scanner that delivers the perfect combination of speed, precision, and flexibility. Featuring 6 scanning modes, quad-cross blue lasers, and an impressive 0.020 mm accuracy, it handles both large-scale and fine-detail measurements with ease. With a high frame rate of 180 FPS, KSCAN-E sets a new benchmark for industrial-grade 3D scanning.
KSCAN-Magic
Intelligent 3D Scanning with Unmatched Flexibility
KSCAN-Magic redefines handheld 3D scanning with blue laser technology and multiple working modes. It achieves ultra-high accuracy and detail for both large industrial parts and small precision components. Whether for product design, reverse engineering, or inspection, KSCAN-Magic empowers users with intelligent, high-speed 3D data acquisition that adapts to any task or environment.
SIMSCAN-E
Compact Wireless 3D Scanner for On-Site Precision
SIMSCAN-E is a palm-sized wireless 3D scanner designed for ultimate portability and precision. Featuring 81 laser lines and a 0.020 mm accuracy, it captures complex geometries effortlessly—even in confined spaces or on the production floor. Perfect for automotive and manufacturing applications, SIMSCAN-E enables real-time inspection and deformation analysis without cables or setup hassle.
SIMSCAN Gen2
Next-Generation Compact 3D Scanner with Elevated Performance
SIMSCAN Gen2 takes handheld 3D scanning to new heights with advanced algorithms and faster processing. Maintaining SIMSCAN's signature compact form, it delivers precise 3D data for objects of various sizes, from intricate parts to mid-scale assemblies. With its optimized scanning modes and robust design, SIMSCAN Gen2 ensures reliable results across industrial and design applications.
What is the best 3D scanner for
your demands?
your demands?
SCANOLOGY 3D is a global leader in 3D scanning technology, providing non-contact measurement technology of the optical scanners coupled with precision measurement within product cycle times. Discover more Scantech 3D metrology solutions for you.
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Handheld 3D Scanner with High Portability and Precision
If your work demands precision, speed, and flexibility, our handheld 3D scanners are built to deliver. Compact yet powerful, they make it easy to capture complex details and measure objects of all sizes — from small components to large assemblies — with exceptional accuracy. Whether you're performing quality control, product design, or reverse engineering, these 3D laser scanners provide high-resolution and precise 3D data that keeps your work efficient. To learn more about our handheld 3D scanners, please check out the specifications below:
More Details
|
KSCAN-E
 |
KSCAN-X
 |
SIMSCAN-E
 |
|
|---|---|---|---|
|
Accuracy |
0.020 mm |
0.030 mm |
Up to 0.020 mm |
|
Scanning rate up to |
8,290,000 measurements/s |
6,450,000 measurements/s |
6,300,000 measurements/s |
|
Scanning area up to |
1440 mm*1000 mm |
2600 mm*1800 mm |
700 mm*600 mm |
|
Resolution up to |
0.010 mm |
0.1 mm |
0.020 mm |
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Enable you to measure and scan everything
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Designed for Unique Needs
Find out how our metrology 3D scanner helps.
01 / 03
SIMSCAN-E Wireless 3D Scanning for Automotive Stamping Dies
The SIMSCAN-E brings wireless precision to automotive die inspection. With 0.020 mm accuracy, it captures every curve of rear wheelhouse and fender dies with ease. Engineers can quickly detect wear or deformation and make real-time adjustments, keeping production efficient and quality consistent.
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02 / 03
KSCAN-X Wireless 3D Scanning in Race Car Modification Stamping Dies
See how the KSCAN-X wireless large-area 3D scanner drives precision and speed in race car design. Capable of scanning full-size vehicles effortlessly and achieving up to 0.030 mm accuracy, it helps teams boost efficiency by 60%. Experts from Digitize Designs and Fabworkz reveal how this powerful tool shortens design cycles and enhances aerodynamic performance.
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03 / 03
Learn KSCAN-E in 30 Seconds Stamping Dies
Meet the KSCAN-E — an all-in-one flagship 3D scanner built for precision and speed. With six scanning modes, quad-cross blue lasers, an ultra-fast 180 FPS frame rate, and 0.020 mm accuracy, it easily adapts to both large-scale and detailed measurements. Redefining efficiency and versatility, the KSCAN-E is your go-to solution for any 3D scanning challenge.
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Various 3D scanning solutions for your
3D measurement needs
With SCANOLOGY's cutting-edge 3D scanning technology,
you can trust that you are using a reliable and effective 3D scanning solution that delivers high-quality results.
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you can trust that you are using a reliable and effective 3D scanning solution that delivers high-quality results.
Handheld 3D Scanning for the
Automotive Industry
Handheld 3D scanners are powerful tools for every stage of automotive manufacturing — from design to inspection. SCANOLOGY's portable 3D scanners can rapidly capture the detailed geometry of components such as car bodies, doors, interiors, and engine parts with ultra-high accuracy. Even for reflective or complex surfaces, they deliver precise 3D data that supports prototyping, assembly validation, and quality inspection.
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Product Design and Reverse Engineering
SCANOLOGY 3D scanners can be used directly on the shop floor to inspect body panels, molds, or assembled structures. The high-precision data supports real-time analysis of deviations, GD&T evaluations, and process control — improving overall production efficiency and product consistency. -
Production and Quality Control
SCANOLOGY 3D scanners can be used directly on the shop floor to inspect body panels, molds, or assembled structures. The high-precision data supports real-time analysis of deviations, GD&T evaluations, and process control — improving overall production efficiency and product consistency. -
Maintenance and Assembly Verification
SCANOLOGY 3D scanners can be used directly on the shop floor to inspect body panels, molds, or assembled structures. The high-precision data supports real-time analysis of deviations, GD&T evaluations, and process control — improving overall production efficiency and product consistency.
Handheld 3D Scanning for the
Manufacturing Industry
SCANOLOGY's handheld 3D scanners are designed for a wide range of manufacturing applications — from toolmaking and mold inspection to assembly validation and product development. They capture complex geometries quickly and accurately, providing detailed digital models that empower efficient production and precise quality control.
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Product Development and Prototyping
Our high-precision 3D scanners offer non-contact, rapid measurement for parts of all shapes and sizes. From machined components to welded structures, they provide reliable 3D data to detect dimensional deviations, analyze tolerances, and ensure manufacturing accuracy. -
Process Control and Inspection
Our high-precision 3D scanners offer non-contact, rapid measurement for parts of all shapes and sizes. From machined components to welded structures, they provide reliable 3D data to detect dimensional deviations, analyze tolerances, and ensure manufacturing accuracy. -
Maintenance and Tooling Management
Our high-precision 3D scanners offer non-contact, rapid measurement for parts of all shapes and sizes. From machined components to welded structures, they provide reliable 3D data to detect dimensional deviations, analyze tolerances, and ensure manufacturing accuracy.
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