Custom Manufacturing

Hexagon Launches HYPERSCAN SR Wireless Optical 3D Scanner for On-Site Industrial Inspection

The battery-powered system pairs WiFi 6, dynamic optical tracking and Hexagon's HH Scan software to bring dimensional inspection out of dedicated measurement rooms.

Sofia AlmeidaOctober 14, 20265 min read6 views

A wireless handheld 3D scanner and its separate optical tracking unit set up for on-site dimensional inspection of a machined component in a manufacturing workshop.

Hexagon has launched the HYPERSCAN SR, a fully wireless optical tracking 3D scanner designed for industrial inspection in production environments, supplier facilities and field-service locations. The Swedish measurement technology company introduced the system on October 12, 2026, combining WiFi 6 connectivity, swappable batteries and dynamic optical tracking to reduce the preparation normally required for dimensional inspection.

According to Hexagon, the scanner can be operated by inspection teams and field-service engineers without relying on a dedicated metrology specialist. It targets small- to medium-sized components such as welded machine frames, cast housings, tooling, fixtures and vehicle interiors, and is intended to let users measure parts where they are located rather than transferring them to dedicated measurement rooms.

Wireless optical tracking for on-site inspection

HYPERSCAN SR uses dynamic optical tracking to maintain a common coordinate system between the scanner and the component being measured. This allows the system to compensate for movement and vibration during scanning, factors that can complicate dimensional inspection outside controlled environments.

Both the handheld scanner and its separate optical tracking unit incorporate wireless connectivity and battery power, eliminating the need for external wireless accessories or cables between the two devices. Hexagon says the swappable batteries provide up to two hours of operation.

The scanner weighs 1.3 kg excluding its battery and carries an IP50 rating. It supports scanning rates of up to four million points per second, with multiple modes for capturing surfaces, fine features, edges and holes, and uses blue laser scanning technology with resolution down to 0.03 mm.

Hexagon lists the following key specifications:

  • Maximum tracking distance: 4.2 m
  • Tracking volume: 25.9 m³
  • Recommended component size range: 0.1 to 6 m
  • Volumetric accuracy: 0.06 mm at tracking distances up to 3.2 m, increasing to 0.1 mm at the maximum 4.2 m distance

The system is calibrated in an ISO 17025 accredited laboratory, with measurement accuracy validated according to VDI/VDE 2634 Part 3.

Darren Goh, Product Director for Handheld 3D Scanners at Hexagon, said dynamic tracking makes HYPERSCAN SR quick to deploy and simple enough for everyday operators to pick up and use. Because it is a fully wireless system, with WiFi 6 and battery power native to the device, he added that teams can bring it into limited-access and power-limited areas that a larger, cabled setup cannot reach.

Integrated inspection software and automation

HYPERSCAN SR includes Hexagon's HH Scan software, which supports scan data management, alignment, dimensional measurements and inspection reporting. Operators can compare captured geometry against nominal CAD models using 3D colour maps without requiring a separate software licence for these basic inspection functions.

The system also supports data export in STL, OBJ, PLY and other formats. Compatibility with Geomagic Control X and PolyWorks enables further inspection workflows, while Geomagic Design X supports reverse engineering and the creation of editable CAD models from scanned geometry. Hexagon's advanced Geomagic software packages are licensed separately.

An optional HYPERPROBE contact measurement accessory extends the system to features that are difficult to inspect optically. HYPERSCAN SR also supports Galaxy LEAP referencing, which uses common targets to align measurements captured from multiple tracking positions within a single coordinate system.

Beyond handheld inspection, the scanner can be integrated into robotic measurement systems using Hexagon's standardized integration kit. According to the company, these capabilities can also support additive manufacturing workflows, including dimensional verification of 3D printed components against their original CAD models.

Expanding the HYPERSCAN range

The SR joins the existing HYPERSCAN Ultra and HYPERSCAN Super systems as the most mobile model in Hexagon's optical tracking scanner range. While the SR captures up to four million points per second, the Ultra and Super offer rates of up to 8.3 million points per second, with respective maximum tracking volumes of 50 m³ and 100 m³, making them suitable for larger components and more extensive inspection operations.

All three systems share dynamic tracking technology, common software workflows and support for robotic integration. The SR is positioned primarily for portable inspection, while the Ultra and Super target broader production and automated measurement applications. Hexagon says HYPERSCAN SR is available globally through the company and its reseller network.

Making industrial 3D scanning more accessible

Hexagon previously expanded its handheld scanning portfolio with the ATLASCAN Pro, introduced in October 2025. Aimed at small and medium-sized manufacturers, R&D teams and educational institutions, that scanner emphasized portability, straightforward operation and compatibility with reverse engineering software. HYPERSCAN SR extends this focus on accessibility to a fully wireless optical tracking system, allowing users to inspect components in environments where movement and vibration can complicate measurements.

Software integration has been another area of development across the market. In February 2025, Canadian 3D measurement specialist Creaform introduced Creaform.OS and the Creaform Metrology Suite, replacing its previous VXelements software environment. That update brought a redesigned interface, streamlined onboarding and integrated tools for inspection and reverse engineering.