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Inspection of piping and sewage systems using indoor inspection drones.

Inspection of piping and sewage systems using indoor inspection drones.

Even in non-GPS environments! Flight is possible while automatically controlling with sensors.

We will introduce the use of indoor inspection drones for pipe and sewer inspections. Since we have adopted a spherical guard that does not pose a problem even when it comes into contact with pipe walls, it is safe to operate when passing through narrow manholes. The drone can fly in non-GPS environments where conventional drones cannot, as it is automatically controlled by sensors. Additionally, not only can we avoid the risk of toxic gases to workers, but we have also achieved a reduction in inspection time from 2 days to 4 hours. 【Features】 - Eliminates the risk of toxic gases from inspectors entering the area, resulting in discoveries of piping not shown on blueprints. - The spherical guard allows safe passage through narrow manholes, even if contact occurs. - By adjusting the intensity and angle of illumination, we can also check for issues such as paint peeling. - Capable of flying in environments where GPS signals are unavailable or where flying poses risks due to narrow spaces. *For more details, please refer to the PDF document or feel free to contact us.

  • Video Monitoring System

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Identify inspection and maintenance targets in the "ELIOS 3" 3D report.

Identify inspection and maintenance targets in the "ELIOS 3" 3D report.

Improve efficiency! The 3D report clarifies the maintenance targets.

"ELIOS 3" continues to work in collaboration with the Inspector from data collection to decision-making, improving efficiency throughout all processes of the inspection process. With LiDAR, it is possible to create intuitive reports on the inspection targets in a 3D model. We provide a faster, more accurate, and reliable data localization system by utilizing specific points or objects of interest (POI) collected during flight as high-density point clouds. [Features (partial)] ■ FlyAware(TM) SLAM engine ■ Stable flight using SLAM technology ■ Real-time 3D map ■ 3D report ■ 3D surveying solution ■ Modular payload bay *For more details, please refer to the PDF materials or feel free to contact us.

  • Video Monitoring System

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[Case Study] 3D modeling of water supply and sewage infrastructure facilities made possible by drones.

[Case Study] 3D modeling of water supply and sewage infrastructure facilities made possible by drones.

By combining drone technology, it is possible to obtain a way to see what is invisible!

Fusou Corporation and our company utilized drones to capture a vast outdoor facility covering 90,000 m² in just two days. Using the technology of "photogrammetry," we created a 3D model of the entire facility from multiple images. By combining drone technology, we achieved "speed" and the ability to "see what is usually invisible." Fusou Corporation and our company will contribute to the digital transformation of urban development as 3D city model data, with an eye toward expanding into infrastructure facilities beyond water supply and sewage in the future. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments

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[Case Study] Introduction of Drone Inspections Shortens Equipment Recovery Time

[Case Study] Introduction of Drone Inspections Shortens Equipment Recovery Time

Towards the realization of a carbon-neutral society! Accurate, efficient, and safe equipment inspections are possible.

IHI Corporation utilizes "ELIOS" for boiler inspections, enabling the quick detection of damaged areas and reducing the number of days required for equipment recovery. This has resulted in a reduction of opportunity losses for our client, the power generation company. Furthermore, the footage captured by "ELIOS" can be checked in real-time from outside the equipment without the need to climb to high places. This allows IHI's boiler designers, who are well-versed in boiler systems, to participate in the inspection work, making it possible to conduct accurate, efficient, and safe equipment inspections. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other measuring instruments

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[Case Study] Improving Efficiency and Advancement of Operations through Drone Inspections

[Case Study] Improving Efficiency and Advancement of Operations through Drone Inspections

Stable flight even in special environments such as non-GPS areas, dark places, and confined spaces!

Kyushu Electric Power has been utilizing "ELIOS" since 2019 for boiler inspections at thermal power plants, internal chimney inspections, bridge inspections, and other tasks to improve operational efficiency within the company. Furthermore, for external customers, in addition to chimney and bridge inspections, "ELIOS" is being used for various infrastructure inspections, including duct interiors and waterways, achieving many successful results. "ELIOS," which can fly stably in special environments such as non-GPS areas, dark places, and narrow spaces, has a high operational rate among the many aircraft owned by Kyushu Electric Power and is an indispensable asset. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other measuring instruments

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[Case Study] Drone inspections significantly reduced the inspection time of buried piping from "5 days to 2 hours."

[Case Study] Drone inspections significantly reduced the inspection time of buried piping from "5 days to 2 hours."

On-site work completed in about 2 hours! It is possible to check for any damage that requires repair before cleaning.

We would like to introduce a case where Idemitsu Kosan's Tokuyama Plant used our "ELIOS2" for inspecting buried piping. In the entrance inspection of the buried piping used for cooling seawater in plant facilities, there was an issue where approximately five days of cleaning time was required before starting visual inspections, leading to delays in identifying necessary repairs for damages. By using "ELIOS2," it became possible to confirm the presence of damages requiring repairs before cleaning the buried seawater piping, and the on-site work was completed in about two hours. 【Case Summary】 ■Challenges - Approximately five days of cleaning time required before starting visual inspections. - Delays in confirming damages. ■Results - Ability to confirm the presence of damages requiring repairs before cleaning. - On-site work was completed in about two hours. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments

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[Case Study] Early identification of areas requiring detailed inspection and repairs through drone inspections.

[Case Study] Early identification of areas requiring detailed inspection and repairs through drone inspections.

Estimate priorities early! Complete regular maintenance work within the schedule without sacrificing safety.

We would like to introduce a case where Idemitsu Kosan's Tokuyama plant used our "ELIOS2" for regular maintenance work. There was a constant need to optimize prioritization, such as conducting open inspections on over 1,000 pieces of equipment within a limited timeframe, confirming deterioration and damage, and determining repair policies and order as necessary. By early identification of areas requiring detailed inspection and repair from long-distance piping, we can estimate repair methods, timelines, and priorities early on. [Challenges] - Delays in the repair process can lead to delays in the plant's restart. - Directly linked to significant production losses. - Continuous demand for optimization of prioritization. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other measuring instruments

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Bridges inspection drones listed in the "Inspection Support Technology Performance Catalog" by the Ministry of Land, Infrastructure, Transport and Tourism.

Bridges inspection drones listed in the "Inspection Support Technology Performance Catalog" by the Ministry of Land, Infrastructure, Transport and Tourism.

Create high-precision three-dimensional models! It is possible to check the shape even in areas that people cannot visit.

The bridge inspection technology utilizing our "ELIOS 3" has been included in the Ministry of Land, Infrastructure, Transport and Tourism's "Inspection Support Technology Performance Catalog." With the LiDAR equipped in this product, three-dimensional data is acquired, creating high-precision three-dimensional models of the interiors of boilers and factories. By creating three-dimensional models, quick layout verification can be performed when changing the production line layout. 【Features】 ■ The LED light has an illuminance of 16,000lm, allowing it to brightly illuminate even the widest and darkest spaces. ■ The camera can tilt directly up and down. ■ There is almost no reflection from the guard, allowing for stable shooting of ceiling beams and other structures. ■ The risk of damage from contact with equipment is low. ■ Photogrammetry is also possible with the equipped camera. *For more details, please refer to the PDF document or feel free to contact us.

  • others

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[Technical Introduction] Bridge Inspection Technology Utilizing the Inspection Drone "ELIOS 3"

[Technical Introduction] Bridge Inspection Technology Utilizing the Inspection Drone "ELIOS 3"

Stable flight even in environments where GPS does not work! It is possible to identify the location of defects such as cracks.

We would like to introduce our bridge inspection technology utilizing the spherical inspection drone "ELIOS 3." Thanks to its spherical guard and collision resistance, it can enter narrow spaces for filming. Additionally, by utilizing SLAM technology, it can fly stably even in environments where GPS is ineffective, such as under girders and in box girders. 【Features】 ■ Stable flight in environments where GPS is ineffective due to the use of SLAM technology ■ Ability to enter narrow spaces for filming thanks to the spherical guard and collision resistance ■ Equipped with a camera that can tilt 180° up and down, allowing for filming of the top surface of deck slabs, etc. ■ Capable of filming in dark areas with an LED light of 16,000 lumens ■ Ability to pinpoint the location of defects such as cracks *For more details, please refer to the PDF document or feel free to contact us.

  • others

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Indoor inspection drone "ELIOS 3"

Indoor inspection drone "ELIOS 3"

For inspections of facilities that are difficult for people to access. 3D modeling of point cloud data obtained with LiDAR is also possible.

The "ELIOS 3" is a drone that efficiently performs inspection tasks in areas that are difficult for humans to access, utilizing LiDAR sensors and SLAM technology. It scans the surroundings with a LiDAR sensor to create a high-density point cloud map, which is displayed in real-time on the operator's tablet along with captured images. Integration with GeoSLAM's software package allows for the creation of detailed point cloud data (3D modeling). 【Features】 ■ Stable flight unaffected by surrounding conditions or environments, thanks to SLAM technology ■ Ability to create reports on 3D models in conjunction with the dedicated software "Inspector" ■ Equipped with a camera capable of 180° tilt and LED lights with a maximum of 16,000 lumens ■ Contributes to improved safety in inspection work and enhanced efficiency in facility operation and management *For more details, please refer to the materials. Feel free to contact us with any inquiries.

  • Structural Survey

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