AirGO Power Smart Module
AirGO Power, an intelligent and wireless module, is designed to enable mobile and cable-free 3D scanning. It is perfect for 3D scanning large-scale objects, operating in remote areas with no power supply, or working in harsh conditions.
Thanks to its robust and on-board processor and power supply, it delivers an all-in-one solution to power 3D scanners to capture, process, view and save 3D data, without being connected to computers. Compatible with Scantech’s various handheld 3D laser scanners, it offers users true freedom for 3D scanning.
On-board and powerful processor
Uninterruptible power supply
Enable cable-free 3D scanning
Real-time Data Monitoring
Independent On-board Data Processor
With its built-in processor, you can deal with a large amount of data without computers. Its ultra-fast processor combined with a high-capacity storage module allows you to scan, process, and save 3D data right from the device itself.
Cable-free & Mobile 3D Scanning
Its wireless design enables engineers to operate without the need for power and data cables, making the measurement free from any restrictions posed by environmental conditions.
Wherever you are 3D scanning in remote areas, at places high above the ground, or facing a large-scale object, you can manage your 3D scanning easily with AirGO Power.
Seamless Integration with Scantech’s 3D Measurement Systems
It is compatible with Scantech’s handheld 3D scanners KSCAN, SIMSCAN, AXE and TrackScan. Due to the cutting-edge features of these products, they can cater to various applications with ease.
Real-time Monitoring of Data
The 7-inch interactive touch screen on AirGO Power lets you manage your device, scan process, and scan data in real time. With its 360° rotating and detachable screen, you can view data however you like.
By connecting to or projecting wirelessly to smartphones, screens, or AR devices, diverse data displays will be achieved to meet different needs.
Uninterruptible Power Supply
AirGO Power has received CE, Rohs, WEEE, FCC certifications. It adopts a dual-power design, whose V-shaped interfaces support mainstream batteries easily accessed in the market. One of the batteries can be replaced with a new one when the other still powers the device. It ensures an uninterruptible power supply for smooth 3D scanning.
Wearable and Hands-free Design
AirGO Power is a wearable device with a compact dimension of 150*145*65.5mm. It comes with a belt that warps around the user’s wrist to enable convenient use. This way, a single operator can fulfill wireless measurements freely and easily, being not constrained by environmental conditions.
|Software Supported||ScanViewer, Tviewer|
|Dimension||150 x 145 x 65.5 mm|
|Operating humidity||10–90% RH|
|Battery capacity||6875 mAh|
|Battery life||Dual batteries for 3-hour operation. Support uninterruptible power supply.|
|Wireless network||Wi-Fi 6 (802.11 ax)|
|Operating mode||No-computer mode:
KSCAN series, AXE series, SIMSCAN series
KSCAN series, AXE series, SIMSCAN series, TrackScan series
|Certification||CE, Rohs, WEEE, FCC|
Ready To Get Started?
Rebuild our 3D world with the most advanced 3D scanning system available.Request A Demo
What’s the best 3D solution for your business?
Boost your business with 3D digitization technology.Ask An Expert Brochure
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.
Scantech Releases the Latest Version of Palm-sized 3D Laser Scanner
Scantech announces today the release of the latest version of our compact and handheld 3D laser scanner SIMSCAN featuring an accuracy up to 0.020 mm.
IMTS 2022 – Explore the Magic in 3D scanning of Manufacturing
IMTS 2022, which will run September 12-17, 2022, is where the creators, the builders, the sellers, and the drivers of manufacturing technology come to connect and be inspired.