@mapper Now Available-- Easy-to-Use 3D Spatial Scanner for Site Measurement and Digital Twins
High-precision 3D scanning just by walking. A field-complete handheld 3D laser scanner that even beginners can handle.
The @mapper is a handheld 3D laser scanner that utilizes the technology developed by PAD in autonomous mobile robot development. By simply holding the device and walking, the user can continuously scan the surrounding environment and generate 3D point cloud data on the spot. 【Main Features】 - Easy operation suitable for beginners - Measures a wide area just by walking - Completes 3D data generation on-site With laser measurement and motion correction using an accelerometer, it achieves scan quality with minimal blur and distortion even while measuring on the move. Additionally, it employs a low-power consumption algorithm to process data in real-time without using a GPU. No post-processing is required after measurement. It can be used both indoors and outdoors, enabling rapid 3D digitization of factories, construction sites, and infrastructure facilities.
basic information
@mapper is a portable 3D measurement device that integrates a laser scanner and an accelerometer. 【Main Specifications】 - Compatible with high-rise buildings (capable of measuring up to approximately 60m) - Real-time 3D data generation - Usable both indoors and outdoors (no GNSS required) It scans the surrounding environment while walking and converts the acquired data into a 3D point cloud on the spot. The generated data can be saved to a USB memory stick. Thanks to its low power consumption design, it can handle long measurement sessions of about 2 hours. Supported formats are E57, PCD, and PLY.
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@mapper
Applications/Examples of results
@mapper is an optimal 3D scanning device for pre-renovation surveys and current condition assessments of existing facilities and buildings. 【Usage Scenarios】 - Updating drawings through BIM/CAD integration - Creating VR and AR content - Updating layouts of factories and plants - Surveying large buildings and equipment Even in sites without drawings or buildings where the drawings differ from the current conditions, accurate 3D data can be obtained in a short time. Customers who have used the prototype have provided feedback such as: - "Beginner-friendly and easy to use" - "Easier than a tape measure" - "It’s reassuring to know I can measure later." Since the work can be completed on-site, it reduces the hassle of revisits and additional measurements.
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Iprosu AI 2026 will be exhibited from July 29 (Wednesday) to July 31 (Friday), 2026.
At the "Iprosu AI 2026 Summer" event held at Ariake GYM-EX from July 29 (Wednesday) to July 31 (Friday), we will be showcasing "@mobi," "@fleet," "@mapper," and "@seguro WES" at the Panasonic Advanced Technology booth in the Physical AI and Dobot Zone. Through our exhibition, we will broadly introduce our solutions and technological capabilities in the AI and DX fields. We look forward to your visit.
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"3D scanning of a wide area just by walking around" - "Easy 3D Space Scanner @mapper" released.
We released the handheld 3D laser scanner "@mapper" on February 24, 2026, which can be used by anyone. The @mapper is a device that utilizes the SLAM technology developed through our autonomous mobile robot research, enabling high-precision 3D scanning with minimal blur and distortion, even without specialized knowledge. *SLAM (Simultaneous Localization and Mapping) is a technology that allows machines or robots to estimate their current position while simultaneously creating a map of their surroundings using sensor information. ■ Easy Operation Equipped with our uniquely developed SLAM technology honed through autonomous movement on uneven terrain. It is resistant to vibrations, allowing even beginners to obtain stable scanning results without the need for expertise in surveying or 3D point clouds. ■ Wide Area Scanning Scanning is possible simply by walking around. The maximum reachable distance is 60m. It can measure large areas such as high-rise buildings and large factories in a short time. ■ On-Site Completion The acquired data is converted into a 3D point cloud in real-time. No post-processing is required, and it can be saved directly to a USB memory stick on-site. Since the measurement can be completed with just the on-site work, there is no need for revisits or additional measurements.
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We are a design company specializing in the development of devices, systems, and services utilizing in-vehicle software, IoT, and robotics technologies. Leveraging our software development capabilities, we provide comprehensive support from pioneering research and prototype development to mass production. The foundation of our efforts is "realizing the value that our client companies seek." With this commitment, we work together with our clients to create a safe, secure, comfortable, and convenient society.





