Revopoint 3D Scanning Solutions

A high precision 3D scanner is designed to capture extremely accurate measurements of objects, often with accuracy down to fractions of a millimeter. These scanners are commonly used in reverse engineering, quality inspection, and product development, where fine details and dimensional accuracy are critical. High precision 3D scanners typically use technologies such as structured light or laser scanning to ensure consistent and reliable results.

A good portable 3D scanner combines accuracy, fast scanning speed, and ease of use in a compact design. Key factors include lightweight hardware, stable tracking, and the ability to scan on the go without sacrificing detail. Portable 3D scanners are ideal for fieldwork and mobile applications where flexibility and quick setup are essential.

A professional 3D scanner is built for commercial and industrial applications, offering higher accuracy, advanced scanning modes, and reliable software support. These scanners are commonly used by engineers, designers, and manufacturers for tasks such as inspection, reverse engineering, and product design. Professional 3D scanners prioritize precision, repeatability, and workflow efficiency.

A handheld laser scanner is a portable device that uses laser technology to capture 3D data by projecting laser lines onto an object. It allows users to freely move around the object while scanning, making it suitable for complex shapes and hard to reach areas. Handheld laser scanners are widely used in industrial measurement, automotive applications, and large scale scanning projects.

A 3D scanner for printer is used to digitize physical objects and convert them into 3D models that can be edited and prepared for 3D printing. These scanners help users replicate parts, customize designs, and create printable files with accurate dimensions. They are commonly used in prototyping, repair, and hobbyist 3D printing workflows.

A 3D imaging scanner captures the shape and surface details of objects to create digital 3D models. The scanner itself focuses on acquiring accurate geometry and visual data, while dimensional measurements and analysis are typically completed with dedicated measurement or inspection software. With the support of suitable software, 3D imaging scanners are widely used for design visualization, digital archiving, and inspection workflows across various industries.