Revopoint Launches "Trackit SR," a Wireless Optical Tracking 3D Scanner Achieving Industrial-Grade High Precision

In traditional 3D measurement workflows, scanning large and complex workpieces presented challenges such as cumbersome setup, cable connections, marker application, and limited operational freedom.

To address these issues, Revopoint has announced the "Trackit SR," a fully wireless, markerless optical tracking 3D scanner that achieves a single-frame accuracy of 0.02 mm.

Trackit SR merges high-precision laser scanning technology with a completely wireless, markerless workflow.

It provides an environment for acquiring complex shapes with greater freedom and higher accuracy in fields such as aerospace, automotive, and quality inspection.

Trackit SR is currently available for purchase on the official Revopoint store.

To commemorate the launch, a 10% discount is being offered. Additionally, a summer campaign is underway, with 3D scanners up to 15% off!

An additional 2% off can be obtained by using the applicable coupon code.

Details page: https://revo.ink/4ptcnEU

Coupon code: PPS10

Industrial-Grade High Precision Unbound by Cables

To achieve the high precision required for industrial applications, Trackit SR delivers a single-frame accuracy of up to 0.02 mm and a volumetric accuracy of up to 0.02 mm + 0.04 mm × L (m).

Furthermore, it features a real-time temperature monitoring function with built-in sensors to suppress accuracy degradation caused by environmental temperature changes.

For the CMM set, it also supports real-time accuracy verification on-site using CMM-certified reference ball plates.

Markerless Optical Tracking for All Scenarios

With Trackit SR, there is no need to apply markers to the target object.

Utilizing the latest optical tracking technology, it acquires the scanner's positional information in real-time, achieving high-precision tracking.

Depending on the application, you can freely switch between the following three scanning modes:

High-Definition Mode: 30 Blue Cross Lasers

Wide-Area Mode: 17 Blue Parallel Lasers

Deep Hole Mode: 1 Blue Single Laser

It supports a wide range of applications, from high-speed full scanning of large panels to high-precision scanning of complex shapes like deep holes and cavities.

Moreover, all three modes can directly scan black, highly reflective, and metallic surfaces without sprays or markers.

Wireless, Portable, Lightweight Design, Outdoor Compatible

Trackit SR realizes a completely wireless workflow.

Both the Scanner and Tracker support wireless connection to a PC via Wi-Fi 6.

The Scanner has a built-in high-capacity battery, allowing for approximately 2.5 hours of continuous use.

The Tracker also supports power supply via an optional battery grip.

Furthermore, with stable scanning performance even in outdoor environments up to 100,000 lux, it is active not only in factories but also in various scenes such as:

Engineering sites

Archaeological and cultural heritage surveys

On-site industrial measurements

Professional Integrated Software Ecosystem

Trackit SR offers a comprehensive software environment that streamlines "Scan to Report" and "Scan to CAD."

Revo Track performs real-time data acquisition and alignment during scanning.

The acquired data can be seamlessly transferred to:

GD&T analysis, deviation analysis, and inspection report creation with Revo Measure

Or

Reverse engineering with Revo Design

Revo Design allows CAD data to be exported in:

STEP

IGES

STL

formats.

These three software applications share a common data foundation, eliminating the need for repeated data export, conversion, and re-import.

Wide Range of Industrial Applications

As a high-precision 3D measurement solution, Trackit SR is active in various industrial fields.

For example, it supports diverse applications such as:

High-precision dimensional inspection in the aerospace and automotive industries

Acquisition of deep hole shapes for molds and castings

Digital archiving of artworks and cultural heritage

In addition, millimeter-level alignment and high-definition texture mapping achieve extremely realistic digital preservation.