3D laser scanning measurement service

basic information

■Rich measurement experience over the past decade Kumonos Corporation has been involved in the development of 3D laser scanners since their inception, and we have accumulated technology and experience over the past several years. We handle measurement operations for a wide variety of subjects, including construction sites, bridges, plants, railways, and cultural properties. ■Speedy response nationwide In addition to our headquarters in Osaka, we have bases in six locations across Japan: Hokkaido, Tokyo, Kanagawa, Kyoto, and Fukuoka. Please feel free to consult us for free demonstrations, rentals, and on-site measurements.

Price range

Delivery Time

※It varies depending on the measurement target, so please feel free to contact us.

Applications/Examples of results

■Equipment, Factories, Plants By modeling piping based on point cloud data, it becomes possible to handle it as CAD data, making it easier to check for interferences in complex piping and to ensure welding spacing. This is utilized in planning for the expansion of equipment and layout changes. ■Architecture Buildings with lost blueprints can be measured to create current drawings. Additionally, by increasing the density of the point cloud, decorative elements such as reliefs embedded in walls and stair railings can also be measured, allowing for the beautiful architectural designs to be passed on to future generations. ■Tunnels Due to the large number of points, the shape of structures can be captured in a "surface" manner, allowing for accurate data collection of curved shapes like tunnels. It is possible to measure the actual shape by comparing it with design data, as well as to measure temporal displacements by overlaying data collected multiple times at regular intervals. Cross-sectional views can be created at any position, and visual representation can also be achieved through color coding. ■Bridges and Elevated Structures The deterioration conditions of bridges, such as distortion and subsidence, can be measured from a distance without implementing traffic regulations or setting up scaffolding. It is also used for modeling existing bridges that do not have blueprints.

Detailed information

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  Equipment, Factory, Plant ■ 3D Current Measurement of Factory (Equipment Related) Measurement Area: 30,000 square meters Measurement Days: 3 days x 2 machines Number of Measurement Points: 44 locations Measurement Interval: 20mm By performing piping modeling based on point cloud data, it becomes possible to handle it as CAD data, making it easier to check for interference in complex piping and ensure welding distance. It is used for planning related to equipment expansion and layout changes.

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  Architecture ■ Current Measurement of Historical Buildings Measurement Area: Approximately 2,000 square meters Measurement Days: 2 days x 1 unit Number of Measurement Points: 13 locations Measurement Interval: 20mm We can measure buildings for which the original drawings have been lost and create current drawings. Additionally, by increasing the density of the point cloud, we can also measure decorative elements such as reliefs embedded in walls and stair railings, thereby passing on the beautiful architectural designs to future generations.

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  Tunnel ■ 3D Current Measurement of Tunnel Measurement Distance: 400m Measurement Days: 2 days x 1 unit Number of Measurement Points: 11 locations Measurement Interval: 20mm Due to the large number of points, it is possible to obtain the shape of the structure in a "surface" manner, allowing for accurate data collection of curved shapes like tunnels. It is possible to perform shape measurement by comparing with design data and to measure temporal displacement by overlaying data collected multiple times at regular intervals.

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  Underground Space ■ 3D Current Condition Measurement of Underground and Above Ground Measurement Area: 40,000 square meters Measurement Days: 10 days x 2 machines Number of Measurement Points: 134 locations Measurement Interval: 20mm In addition to its use in urban planning, landscape simulation, and disaster simulation, data that links above ground and underground is being utilized for 3D mapping that includes underground spaces, as well as in collaboration with technologies such as VR (Virtual Reality) and AR (Augmented Reality), expanding the range of data utilization.

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  Large-scale public facility ■ 3D current measurement of the stadium Measurement area: 37,000 square meters Measurement days: 3 days x 2 machines Number of measurement points: 24 locations Measurement interval: 20mm Hanshin Koshien Stadium underwent a large-scale renovation in 2007. Our measurement technology was utilized in the creation of detailed drawings prior to the renovation work. By creating drawings from the acquired point cloud data, we were able to calculate more accurate dimensions compared to the conventional drawings that unfolded the curved outer wall into straight lines.

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  Cultural properties, castles, shrines, and temples ■ Current status measurement of temple gates Measurement area: 5,000 square meters Measurement days: 1 day x 1 unit Number of measurement points: 8 locations Measurement interval: 20mm It is possible to visualize shapes more accurately and in greater detail than drawings created based on sketches or photographs. The stone walls of the castle are facing issues such as bulging and collapse due to aging, necessitating the expression of fine irregularities and detailed shapes. Therefore, we conduct measurement and data processing of point cloud data at a higher density setting than usual.

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  Slope ■ 3D Current Condition Measurement of Slope Formwork Measurement Area: 7,500 square meters Measurement Days: 2 days x 1 unit Number of Measurement Points: 12 locations Measurement Interval: 20mm It is possible to visualize complex slopes and shapes that are difficult to discern from 2D drawings alone. Additionally, it can be used for current condition measurements at sites where landslides and other disasters have occurred. It allows for the preservation of site conditions without entering hazardous areas, and the acquired data is utilized for analysis aimed at recovery and disaster prevention.

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  Quarry and Development Site ■ 3D Measurement of Crushed Stone Measurement Area: 1,000 square meters Measurement Days: 1 day x 1 unit Number of Measurement Points: 7 locations Measurement Interval: 20mm By measuring the current topography and overlaying it with the 3D mesh data created based on the land use plan drawings, we calculate the volume of soil. Since we can obtain detailed topographic data, we can accurately calculate the soil volume and establish an appropriate soil volume distribution plan.