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A panoramic camera can preserve almost everything a project team sees on site. It can record walls, equipment, roads, columns, ceilings, and surrounding details in a single walk-through. However, when the team returns to the office, a practical problem often appears: the images look complete, but they cannot reliably answer basic questions such as how wide a doorway is, how far apart two columns are, or how much wall area needs to be renovated.

That missing measurement may lead to another site visit, delayed design work, or decisions based on incomplete information.

Pocket 3D is designed to close this gap. By combining a mainstream 360° panoramic camera with LiDAR SLAM, it transforms visual records into spatial data with true scale. Instead of choosing between attractive imagery and measurable geometry, users can collect both during the same visit and generate several useful deliverables from one dataset.

Cities change continuously. Storefronts are renovated, road markings are updated, public facilities are replaced, and construction projects alter the appearance and use of entire streets. Before these changes take place, planners, survey teams, architects, and asset managers may need an accurate digital record of the existing environment.

Ordinary photographs can document individual views, but they do not preserve the complete spatial relationship between roads, buildings, sidewalks, signs, and street facilities. Manual measurements provide selected dimensions, yet teams must decide in advance which distances are important. If an overlooked measurement is needed later, personnel may have to return to the site.

Pocket 3D offers a different workflow. This portable handheld scanning system combines laser-based spatial capture with compatible panoramic cameras, enabling an operator to collect a street as both measurable 3D data and a visually realistic digital environment.

Traffic accident investigators often have only a limited window to document a scene before vehicles must be removed and the road reopened. During that time, they need to preserve vehicle positions, road markings, braking or skid marks, scattered debris, roadside structures, and the spatial relationships between all relevant elements.

Photographs and videos remain useful, but they record the scene only from selected viewpoints. Once the site has been cleared, an angle that was not photographed or a distance that was not measured may be impossible to recover.

Cleaning transmission-line insulators is not simply a matter of producing sufficient water pressure. Operators must also reach elevated equipment, control the spray direction, judge the distance to the target, manage the aircraft payload, and complete the task without placing workers unnecessarily close to high-voltage infrastructure.

The new AeroClean F30 integrates these functions into a remotely controlled aerial cleaning system for the DJI FlyCart 30.

With a drone-powered pump, laser-assisted positioning, multi-directional nozzle control, and PSDK-based operation, the system helps power-maintenance teams manage both aerial movement and cleaning actions from the ground.

Local forestry digitalization requires more than simply collecting images of a forest. Forestry teams need reliable spatial data for extracting tree parameters, documenting forest conditions, monitoring changes, and presenting results in an intuitive format.

High-end professional SLAM systems can meet these requirements. However, for local forestry stations, small and medium-sized surveying teams, and research plot projects, the key concern is often not technical feasibility but operational cost-effectiveness.

As a new-generation lightweight 3D modeling system, Pocket 3D enables rapid point-cloud acquisition and large-scale 3DGS mapping. It produces four types of modeling outputs while significantly improving reconstruction efficiency in complex environments.

Glass curtain walls are one of the most demanding exterior surfaces to maintain. On high-rise office buildings, hotels, residential towers, and commercial complexes, dirt, rain marks, dust, and urban pollution can quickly affect the appearance of the facade.
Traditional cleaning methods often require rope-access workers, suspended platforms, cranes, or scaffolding. These methods can be time-consuming to arrange, difficult to deploy in dense urban areas, and highly dependent on weather, labor availability, and access conditions.
The AeroClean T-M400C Dual-Tethered Drone Cleaning System offers a more flexible approach for glass curtain wall maintenance. Built for the DJI Matrice 400 platform, it combines tethered drone power with a high-pressure cleaning system to support extended aerial cleaning operations.

When building an unmanned ground vehicle, one of the biggest challenges is not only choosing the right sensors or payloads, but finding a chassis that can move reliably across complex outdoor environments. Mud, gravel, slopes, uneven roads, construction sites, grassland, and narrow outdoor passages can all affect the stability and performance of a mobile robot.

As embodied AI, robot learning, and teleoperation continue to move from simulation to real-world applications, researchers need more than a lightweight demo robot. They need a robotic platform that can interact with real objects, collect high-quality manipulation data, and support complex dual-arm tasks in a reliable and repeatable way.
Agility A2 is designed for this purpose. Built on the OpenArm architecture, it is a high-payload dual-arm robotic research platform for embodied AI, robot learning, remote teleoperation, and bimanual manipulation. With powerful hardware, an open software ecosystem, and flexible control options, Agility A2 helps researchers and developers bridge the gap between algorithms and real-world robotic execution.

In warehouses, factories, commercial facilities, and everyday cargo transport scenarios, reducing manual handling pressure while improving efficiency and operational safety has become increasingly important.
The FOLO-100 PRO Autonomous Following Cargo Cart is an intelligent mobile transport solution designed for heavy-duty carrying tasks. Featuring autonomous following, 360° laser anti-collision protection, flexible passage through narrow spaces, and convenient battery management, it helps users move heavy loads more easily, efficiently, and safely.

Safe, Continuous, and Efficient Operations with AeroClean T-M400C
Cleaning high-voltage transmission tower insulators has always been a high-risk, labor-intensive task. Traditional methods rely on manual crews, shutdowns, or complex lifting equipment, increasing safety risks and operational costs. The AeroClean T-M400C dual tethered cleaning system, designed specifically for the DJI Matrice 400, offers a smarter and safer solution for live-line insulator cleaning at height.

Smarter Control, Stronger Performance
In modern industrial environments, efficiency and control define productivity. The upgraded EST Series Electric Skate Tank brings a new level of intelligence and performance to heavy equipment transportation—transforming traditional handling into a smarter, more scalable solution.