3D Printing
Navigate your 3D printing journey with ease using portable and high-precision 3D scanners.
Ask for ExpertsTrusted 3D Solutions Accelerate 3D Printing
How 3D Scanning Can Help in 3D Printing?
3D Scan Objects
Fast 3D scanning and precise digital replicas of objects
Output 3D Data
Various output formats such as obj., stl., and ply.
Slice the Data
Seamless integration with slicing software
3D Print Objects
Accurate 3D data ready for 3D printing
Benefits
Accurate and fast 3D scanners to capture 3D data and create 3D models ready for 3D printing to reduce costs and increase efficiency.
0.00 mm
Max Accuracy
Our 3D scanners can capture accurate 3D data with an accuracy of up to 0.020 mm due to their sophisticated algorithm. It helps users to create high-quality digital replicas of objects ready for 3D printing instead of starting from scratch. Paired with our software ScanViewer, these portable 3D scanners allow users to convert point clouds into 3D models compatible with 3D printers for further use.
< 0 min Industrial laser 3D scanners can measure parts with millions of data points per second, allowing you to capture 3D data of small objects in about 10 minutes. You can scan mechanical components such as brakes, valves, fasteners for replacement by obtaining their dimensions. High-tech 3D scanning also enables you to can scan devices such as prosthetics, implants, surgical instruments for customization and 3D printing.Fast Data Capturing
0% ↑
Reduce Costs, Increase Efficiency
Scantech 3D scanners are more flexible in performing various inspection tasks than traditional methods. Customers can use these cost-effective 3D scanners to capture data of objects anytime and anywhere. It is fast and easy to obtain point clouds of objects while ensuring high accuracy. It reduces expensive man-hours and saves a significant amount of time.
Applications
Automotive
From a simple interior element to a dashboard, automakers can quickly create prototypes of these physical parts with 3D printing, which enable companies to verify the feasibility of design concept and ideas. It is common for designers to rework 3D printed parts to make them function better and connect with other components better. High-tech 3D scanners can help record modifications of printed parts, which can shed light on improving existing design.
Rail Transport and Shipbuilding
Manufacturers in shipbuilding and rail transport industry use 3D printing to create parts with complex structures to reduce weight and increase strength. High-tech 3D scanners can help to determine the material properties in deformation tests by fast scanning and inspection. In this way, manufacturers can choose materials perfectly suit for 3D printing.
Energy & Heavy Industry
The use of 3D printing in power generation and heavy industry is constantly increasing. Professionals and engineers are embracing the opportunities and benefits of 3D printing to increase efficiency and reduce costs. Our 3D scanners can measure 3D printed parts and generate inspection reports to analyze surface defects, deviations and alignment of the components.
Mold
It is possible for mold makers to create 3D printed molds with affordable 3D printers and temperature resistant 3D printing materials. High-precision can help to capture detailed 3D data of molds and compare them with CAD models. Therefore, manufacturers can quickly identify hidden problems and correct defective areas to ensure high-quality parts.
Medical
3D printing, a technique to produce 3D solid objects from a digital file, has showed huge potential for the medical filed. It supports the creation of 3D printed medical products based on the precise 3D data of patients. These medical devices include anatomical models, orthopedic equipment, and prosthetics. Our 3D scanners can capture accurate 3D data of patients and serve as guidance for 3D printing customized medical products.
Scantech Solutions
Scantech helps designers and engineers to scan objects on both small and large scales to create precise and printable 3D models.
Thanks to the sophisticated algorithm and powerful data processing, our handheld 3D scanners are efficient to capture geometric features of objects with intricate details easily and quickly. In this way, professionals can streamline their workflows as they do not have to start from scratch. These 3D data are compatible with slicing software so that users can slice the data for easy 3D printing.
Product Recommendation
Get the 3D scanner and automated 3D inspection system you need for 3D printing.
SIMSCAN Smart Handheld 3D Scanner
SIMSCAN is specially designed for scanning parts with narrow spaces or hard-to-reach areas. Due to its compact size and steep view angle, it performs well in 3D scanning deep holes, grooves, and complex details. It has won the German Red Dot Award and China Design Silver Award thanks to its simplicity, aesthetics, and usefulness.
iReal M3 Color 3D Scanner
iReal M Series Color 3D Scanner enables smooth 3D data acquisition in different applications, be it scanning humans or objects, inside or outside. iReal M brings professional 3D digitization solutions to 3D engineers, 3D designers, and scientific researchers to fulfill their demands of industrial design, art design, medical design, human body digitization, etc.
iReal 2E 3D Body Scanner
iReal 2E is a VCSEL structured-light color 3D scanner. The 3D scanner that comes with iReal 3D scanning software, and mapping software is designed for scanning medium to large-sized objects and human body 3D scanning. Without attaching markers, quick texture capturing and geometry acquisition can be achieved. Its mixed alignment modes can meet various scanning situations.
AXE-B 3D Scanner
Users can use AXE global 3D scanner to scan large-scale objects ranging from subways, and airplanes to bridges. With a scanning rate of 2 million measurement/s and built-in photogrammetry, AXE stands out of its competitors with robust performance. It also boasts high-speed and deep-hole scanning to flexibly cater to different needs.
AM-DESK 3D System
AM-DESK is a reliable 3D measurement station that can handle various inspection tasks in different settings, such as lab or shop floor. It has a small size and a easy installation process. It can measure parts of different materials, such as casting, plastic, or stamping, up to 100 kilograms automatically and quickly.
