TrackProbe 3D Probing System
The TrackProbe 3D probing system, consisting of a tracking i-Probe and the latest optical tracker i-Tracker, is designed for metrology-level measurements. As a versatile 3D digitizer, TrackProbe excels in tasks such as fixture adjustment, benchmark marking, and geometric and dimensional inspection of engineering machinery on the shop floor. It is highly precise, portable, and easy-to-use, which ensures high-quality measurements for parts in large measurement volumes, at long distances, and in harsh conditions.
TrackProbe is a system that allows you to perform 3D measurements with high accuracy and flexibility. You can use it for various tasks on the shop floor, such as fixture adjustment, benchmark marking, and geometric and dimensional inspection of engineering machinery. TrackProbe can handle both small and large parts, and has no constraints on the measurement situation.
Measurement Volume up to 49 m³
Length 500 mm
Non-stop Measurement
Easy Movement
Scanning and Probing
Wired and Wireless Data Transfer
Experience the Performance of TrackProbe 3D Digitizer
Experience the precision of the TrackProbe 3D Digitizer firsthand. Explore its versatility in engineering tasks, from fixture adjustment to dimensional inspection. Unlock new possibilities with TrackProbe.
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Extensive Measurement
When combined with i-Tracker, which has a large field-of-view, i-Probe can measure parts in a distance of up to 6 meters. The tracking distance can be extended and reach 10 meters. Its wide-area measurement enables it to measure large-sized parts with high accuracy and excellent performance.
Precise Metrology-grade Results
TrackProbe adopts high-precision optical tracking and robust algorithms to measure the shapes and GD&T of different parts with high accuracy. The volume accuracy is 0.067 mm for 28.6 m³, and 0.049 mm for 10.4m³.
Excellent for Deep Hidden Points
Thanks to its 500-mm length (excluding the stylus), and sophisticated algorithm, the i-Probe 3D digitizer can measure reference holes, hidden points, or hard-to-reach areas with ease and high accuracy, even when some targets are blocked. This makes it flexible and adaptive to various structures, ideal for measuring automotive parts, complex aviation components, pipelines, holes, and irregular parts.
Non-stop Measurement and Easy Movement
The probe locations can be approached from any angle as long as the i-Probe 3D digitizer is within the optical tracker cameras’ field of view. i-Probe’s poses can be tracked and mapped to the coordinate systems in real time by the tracker so that it can measure continuously without the need to reposition.
Based on advanced software and positioning algorithms, only a few markers are needed for i-Tracker to move and continue tracking the i-Probe. It greatly simplifies the movement and measurement processes and it is powerful to obtain data of large parts in a long distance.
Diverse Uses
The i-Probe is lightweight, portable, and reliable. It can be operated in various settings regardless of vibrations, temperature changes, humidity, and lighting. With dynamic referencing, it can calculate and correct position deviations to achieve high-precision measurements on shop floors or outdoors. It can deal with complex surfaces, high-precision parts, or large-scale parts without any problem.
Flexible and Portable for Free Measurement
Two Modes of Data Transfer
TrackProbe offers both wired and wireless data transfer options. The wireless mode allows users to measure on-site without any mechanical or cable constraints, while the wired mode ensures extra safety and reliability for data transfer in special situations.
Seamless Switch Between Scanning and Probing
Our self-developed 3D software TViewer can automatically unify the coordinate systems of scan data and probing data so that users can switch between scanning and probing with ease, which offers smoother measurement experiences.
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Request A DemoTrackProbe 3D Probing System Video
Discover the full potential of our TrackProbe 3D digitizer by watching our video. Get an in-depth look at how this cutting-edge technology delivers precision and versatility in engineering tasks.
Technical Specifications
| Type | TrackProbe | |
| Volumetric accuracy(1) | 10.4 m³ (Tracking distance 3.5 m) | 0.049 mm (0.0019 in) |
| 28.6 m³ (Tracking distance 5.0 m) | 0.067 mm (0.0026 in) | |
| Measurement distance (per tracker) | Max 10 m (393.7 in) | |
| Part size range
(recommended) |
0.1 m-12 m (3.9 in × 472.4 in) | |
| Camera pixel of i-Tracker | 25 MP | |
| Dimensions of i-Probe 500 | 510*145*89 mm (20.1 × 5.7 × 3.5 in) | |
| Weight of i-Probe 500 | 700 g (1.54 lb) | |
| Operating temperature range | 0–45°C (32℉-113℉) | |
| Operating humidity range
(non-condensing) |
10–90% RH | |
| Connection | Wired and wireless | |
| Number of targets | 16 | |
| Patents | ZL201520680513.1,
ZL202210065778.5, ZL202221475584.4, ZL202221766958.8, ZL202320545878.8 |
|
(1)Comply with ISO 10360-2 standard.
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Application
High-tech 3D Scanners
Scantech’s handheld 3D scanners power the 3D scanning services. These instruments can obtain precise point clouds, which can be triangulated into a polygon mesh or STL file. Due to their high precision, versatility, and portability, they can fulfill various metrology-grade 3D scanning projects.
Related Case
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