An intelligent optical tracking, high-accuracy, marker-free wireless laser 3D scanner for metrology, reverse engineering, and quality inspection, with no reflective markers and no tethered cables.
Optical and laser tracking scanners have long carried two constraints for professional users. Reflective markers have to be applied across a part before scanning, and the operator stays tethered to a wired connection. Revopoint built the Trackit SR to remove both. A separate Tracker reads the scanner’s position in real time so scans stay accurate without markers on the surface, and the whole system runs wirelessly over Wi-Fi 6. The result is an industrial-grade addition to the professional 3D scanner market, designed for high-accuracy work that can move from the measurement lab to the shop floor, and out into the field. Revopoint is launching it through its official store with a limited 10% plus 2% discount, detailed below.
Why marker-free and wireless matter
For the reverse-engineering and QC teams that rely on professional 3D scanners, marker preparation and cable management are two of the slowest, most limiting parts of a scanning session. Applying and later removing markers adds time to every part, and can be impractical on delicate, finished, or large surfaces. On a part like an automotive front-end or front bumper, applying markers can take around 10 minutes before scanning even begins. Cables restrict how far and how freely an operator can move around an object. Trackit SR is designed around three ideas that address this directly: industrial-grade accuracy, all-scenario marker-free tracking, and wireless portability.
Industrial-grade accuracy
Trackit SR delivers single-frame accuracy up to 0.02 mm and volumetric accuracy of 0.025 mm + 0.04 mm x L (m). Built-in heating elements bring the Tracker to its optimal operating temperature within two minutes of power-on, so performance is stable from the start, and real-time temperature monitoring holds the system within its optimal thermal range during scanning to keep precision consistent across setups.
Just as important for quality inspection, accuracy can be checked where the work happens. On-site, real-time accuracy verification is performed with a CMM-certified ball plate, so teams can confirm the system is measuring true without sending it back to a metrology lab. The ball plate is included with the CMM Edition, or available separately.
All-scenario marker-free scanning
Because the Tracker reads the scanner’s position optically, Trackit SR captures high-accuracy 3D data without applying markers to the object. Three laser modes cover a wide range of working conditions: a 30 cross-line mode for high-accuracy scanning, a 17 parallel-line mode for long-range scanning, and a single-line mode for deep-hole scanning. All three capture dark, reflective, and metallic surfaces directly, with no spray and no markers required.
Move with freedom, wireless in every scenario
Both the scanner and Tracker connect to a PC wirelessly over Wi-Fi 6, and the scanner’s built-in high-capacity battery delivers up to 2.5 hours of stable runtime in typical mobile use, with an optional Battery Grip available for the Tracker. The scanner also supports standalone wireless marker-point-based scanning when needed.
Its target spheres and the Tracker’s frame are made of lightweight carbon fiber for more sustained, comfortable handheld work. Combined with ambient light adaptability up to a maximum supported brightness of 100,000 lux, Trackit SR is equally at home in engineering fieldwork, archaeological excavation, and on-site industrial measurement.
A unified scan, measure, design workflow
Trackit SR is backed by a connected software ecosystem. Captured data moves in a one-click handoff from Revo Track into Revo Measure, a PTB-certified metrology and inspection application for Windows, which comes with the CMM Edition alongside a standard ball plate and a one-year Revo Measure license. Data can also pass in one click from Revo Track into Revo Design for mesh editing, freeform and parametric modeling, and scan-to-CAD work, also Windows only, and sold separately or as part of a bundle.
Trackit SR comes in a Standard Edition and a CMM Edition. Both include the scanner, the Tracker, an auto-calibration dual-axis gimbal, a tripod, the calibration board and bar, two scanner batteries with a charger, retro-reflective markers, and a trolley case. The CMM Edition adds the metrology-grade CMM-certified ball plate and a one-year Revo Measure license, for teams that need on-site accuracy verification and metrology-grade inspection out of the box. An optional Tracker power handle (battery grip) is available for either edition.
Key specifications
| Single-frame accuracy | Up to 0.02 mm |
| Volumetric accuracy | 0.025 mm + 0.04 mm x L (m) |
| Tracking | Intelligent optical tracking, marker-free |
| Laser modes | 30 cross-line, 17 parallel-line, single-line |
| Scan rate | Up to 2,000,000 points per second (PC-hardware dependent) |
| Scannable object size | 0.01 to 4 m (recommended) |
| Connectivity | Wireless via Wi-Fi 6 |
| Battery runtime | Up to 2.5 hours in typical mobile use; optional Tracker battery grip |
| Weight | Scanner 1.0 kg, Tracker 1.5 kg |
| Construction | Carbon fiber Scanner and Tracker structures |
| Ambient light | Up to 100,000 lux maximum supported brightness |
| Software | Revo Track, Revo Measure (CMM Edition), Revo Design (Windows only) |
Pricing and availability
Trackit SR is available through the Revopoint Official Store at a regular price of $3,699. A limited launch offer brings it to $3,329 (10% off), and 3DPrinting.com readers can take an extra 2% off with code REVOSR3DP.
Scan speed and accuracy figures are dependent on PC hardware and quoted as peak values. Battery runtime of up to 2.5 hours is based on typical mobile-use conditions. The 100,000 lux figure describes maximum supported ambient brightness. On-site accuracy verification requires the metrology-grade ball plate, included only with the CMM Edition or sold separately. Specifications are subject to change. This article contains sponsored links.
