Scanning Scenarios:
Trackit: An advanced optical tracking and blue laser 3D scanning system designed for marker-free industrial applications, capable of scanning small to large workpieces and ensuring volumetrically accurate measurements.
MetroY/MetroY Pro: Professional multi-line blue laser modes and full-field structured light 3D (Pro Only), offering fast laser scans, making it easy to 3D scan small to medium complex workpieces.
NSPIRE 2: Entry-level combination of infrared laser and structured light 3D scanner for capturing small to medium-sized objects. It's ideal for 3D printing, creative design, and hobbyists.
MetroX/MetroX Pro: Hybrid multi-line laser and full-field structured light 3D scanner, offering powerful metrological blue light scanning that makes it easy to 3D scan small to medium-sized objects.
MIRACO Series: All-in-one 3D scanner that captures small to large objects.
MINI Series: High-precision blue light 3D scanners for scanning small objects such as jewelry, miniature figurines, or small hardware components.
POP Series: High-precision portable 3D scanners for scanning medium-sized objects like engine parts or vases.
RANGE Series: Portable 3D scanner for large objects such as furniture, vehicles, and human bodies.
INSPIRE: Entry-level 3D scanner for scanning medium-sized objects. It is suitable for 3D printing, creative design, and hobbyists.
The Revopoint POP 3 Plus is the newest 3D scanner in the POP series. It differs from POP 3 in a few key ways. The point cloud detail is 30% better than POP 3 due to the projector's new optical zoom (up to x2 zoom), which improves the strength and focus of its structured light. Its brand-new glass calibration board improves the scanner's calibration precision and accuracy by 20%. Software adds a global marker tracking mode, greatly improving marker point capture stability, significantly reducing cumulative point cloud tracking errors, making point cloud fusion more precise, and overall scan size accuracy more stable.
① Technology: MetroX uses multiple-line laser and Full-field structured light technology, while the MINI series uses blue structured light technology.
② Accuracy: MetroX's single-frame accuracy can reach 0.02 mm, and its volumetric accuracy can reach 0.025 mm + 0.05 mm × L (m). The MINI series' single-frame accuracy is up to 0.05mm.
③ Scanning object: MetroX is designed to scan small to medium-sized objects, like engine parts, precision instruments, etc. The MINI series is specially designed for small objects, like jewelry, miniature statues, or hardware widgets.
④ Special object scanning: The MetroX can scan highly reflective or black surfaces in multi-line laser mode without scanning spray. For the MINI series, using a scanning spray is a must.
⑤ Connection: The MetroX can only be connected via a USB cable, but the MINI series can be connected via a USB cable or Wi-Fi and can be powered by a power bank.
① Technology: MetroX uses Multiple-line laser and Full-field structured light technology, while the POP 3 Plus uses infrared structured light technology.
② Accuracy: MetroX's single-frame accuracy can reach 0.03 mm, and its volumetric accuracy can reach 0.025 mm + 0.05 mm × L (m). The POP 3 Plus's single-frame accuracy is 0.08 mm.
③ Special object scanning: The MetroX can scan a highly reflective metal object or black object in multi-line laser mode without scanning spray, but for the POP 3 Plus, a scanning spray is a must.
④ Connection: The MetroX can only be connected via a USB cable, but the POP 3 Plus can be connected via a USB cable or Wi-Fi and can be powered by a power bank.
① Technology: INSPIRE 2 uses Dual-camera Infrared Structured Light and Infrared Multi-line Laser technology, while INSPIRE uses Dual-camera Infrared Structured Light technology.
② Accuracy: INSPIRE 2’s single-frame accuracy can reach 0.05 mm, and its volumetric accuracy can reach 0.05 mm + 0.1 mm×L (m). In comparison, the INSPIRE’s single-frame accuracy is up to 0.2 mm.
③ Object Size: INSPIRE 2 is designed to scan small to medium-sized objects with a recommended scan volume of 20 × 20 × 20 mm to 2 × 2 × 2 m. The INSPIRE is specially designed for medium-sized objects, with a recommended scan volume of 50 × 50 × 50 mm to 1 × 1 × 1 m.
④ Special object scanning: The INSPIRE 2 can scan highly reflective or black surfaces in multi-line laser mode without scanning spray. For the INSPIRE, the scanning spray is a must.
⑤ Scanning mode: INSPIRE 2 supports both structured light scanning and parallel line scanning modes, covering a variety of indoor and outdoor application scenarios; INSPIRE supports structured light scanning mode, which can be used for indoor scanning.
① Accuracy: MetroX's volumetric accuracy is 0.025 mm + 0.05 mm × L (m), while MetroX Pro's is 20% better at 0.02 mm + 0.04 mm × L (m).
② Scanning Modes: MetroX has 14 cross lines and 7 parallel laser lines, while MetroX Pro has 30 cross lines and 15 parallel laser lines. Both models share the same Full-field and Auto Turntable modes.
③ Scanning Speed: MetroX's multi-line laser scanning can reach up to 800,000 points per second, whereas MetroX Pro can scan up to 2,000,000 points per second.
① Technical: MetroY uses multi-line laser technology; MetroY Pro uses multi-line laser and full-field blue light structured light technology.
② Scanning Modes: MetroY supports three handheld multi-line laser scanning modes: 30 cross-line lasers, 15 parallel laser lines, and a single-line laser mode. In comparison, MetroY Pro supports five scanning modes: 34 cross-line lasers, 15 parallel laser lines, and a single-line laser, as well as a handheld full-field structured light mode and an Automatic Turntable scanning mode.
③ Tracking Methods: MetroY only supports marker and global marker tracking. While MetroY Pro supports marker and global marker tracking with laser line scanning, it also supports feature, marker, and global marker tracking with full-field structured light scanning.
④ Scanning Speed: MetroY multi-line laser scanning supports up to 1,500,000 points per second. Meanwhile, MetroY Pro multi-line laser scanning can reach up to 2,000,000 points per second, and its full-field structured light scanning supports up to 7,000,000 points per second.