Precise Metrology-Grade Results
Highest precision probing system in the market
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 based on the distance away from the i-Tracker, and it ranges from 0.049 mm to 0.089 mm for volumes between 10.4 m³ to 49.0 m³ (distance of 3.5m to 6.0m).
Extensive Measurement Range
When combined with the i-Tracker Sharp, which has a large field-of-view, the i-Probe 500 can measure parts at a distance of up to 6 meters. The tracking distance can be extended and can reach 10 meters. Its wide-area measurement enables it to measure large-sized parts with high accuracy and excellent performance. Multiple i-Trackers can also be used to increase the measurement volume.
Diverse Uses
The i-Probe 500 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 problems.
Non-stop Measurement
Measure large parts in one-go
The probe locations can be approached from any angle as long even a few of the i-Probe’s anti-fog targets is within the optical tracker cameras’ field of view. The 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.
Easy Movement
Based on advanced software and positioning algorithms, only a few markers are needed for the i-Tracker to move and continue tracking the i-Probe. It greatly simplifies the movement and measurement processes and it is powerful enough to obtain data of large parts at long distances.
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.
Excellent for Deep Hidden Points
A nimble 3D tracking system
Thanks to its 500-mm length (excluding the stylus), and sophisticated algorithm, the i-Probe 500 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.
Multi-Tracker Measurement
Wirelessly increase tracking volume
The Trackprobe system allows for its measurement range to be dynamically extended by adding more i-Trackers. Large scale objects can be probed and measured without compromising accuracy by adding more i-Trackers on-site. i-Trackers can be added to the system wirelessly or with a wired connection.
Industrial Grade Protection
Compact and secure storage
All SCANOLOGY products are packaged in industrial grade cases to assure that all components are stored securely and to make sure that no damage is caused during transportation.
In addition, the smart design of the protective case ensures that all components needed for the operation of the system can be accessed quickly.
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AirGO Power
MSCAN-L15
The TrackProbe system is comaptible with the i-Trackers from both the TrackScan-Sharp series and the NimbleTrack.
The TrackProbe system works in a similar way to the scanning systems. The i-Probe 500 has markers on its body in a unique pattern which the iTracker can use to track it in global space. The algorithm in the software can then calculate and capture the coordinate at the tip of the probe.
Metrology grade infrared + blue laser handheld scanner with built-in photogrammetry system
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: XS: Coins, Jewelery S: Camera, Pumps M: Engines, Sculptures L: Small boats, Turbines |
XS, S, M, L |
| Laser source | Blue + infrared |
| Accuracy | Up to 0.020 mm |
| Resolution | Up to 0.010 mm |
| Output Type | 3D mesh |
Award-winning, light and compact metrology grade 3D scanner with an ergonomic design
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: XS: Coins, Jewelery S: Camera, Pumps M: Engines, Sculptures |
XS, S, M |
| Laser source | Blue |
| Accuracy | Up to 0.020 mm |
| Resolution | Up to 0.025 mm |
| Output Type | 3D mesh |
Intelligent fully wireless optical tracking system for precision 3D scans without targets
| Scanner Type | Wireless, Handheld |
| Object Size 🛈 Typical Object Sizes: S: Camera, Pumps M: Engines, Sculptures L: Small boats, Turbines |
S, M, L |
| Laser source | Blue |
| Accuracy | Up to 0.025 mm |
| Resolution | Up to 0.020 mm |
| Output Type | 3D mesh |
Intelligent optical tracking system for delivering ultra-high precision 3D scans without markers
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: M: Engines, Sculptures L: Small boats, Turbines |
M, L |
| Laser source | Blue |
| Accuracy | Up to 0.025 mm |
| Resolution | Up to 0.020 mm |
| Output Type | 3D mesh |
Photogrammetry system tailored to deliver precise geometric measurements of large parts
| CMM Type | Optical, handheld |
| Object Size 🛈 Typical Object Sizes: M: Engines, Sculptures L: Small boats, Turbines |
M, L |
| Volumetric Accuracy | 0.015 mm/m |
| Depth of field | 6.5 m |
| Capture area | Up to 9.4 m x 6.9 m |
| Output Type | 3D points |
Cutting-edge 3D scanner for capturing detailed 3D geometry and rich colors in textures
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: S: Camera, Pumps M: Engines, Sculptures |
S, M |
| Laser source | Structured infrared VCSEL |
| Accuracy | Up to 0.1 mm |
| Color reproduction | 24 bit |
| Output Type | 3D mesh + texture |
