Diakont
About
About Diakont
Diakont engineers robotic inspection systems for pipelines, storage tanks and nuclear facilities, alongside precision motion-control products. Its tethered crawlers enter assets that cannot accommodate conventional flow-driven inspection tools and traverse bends, vertical sections, reducers and partially submerged pipework.
Modular payloads combine high-definition video with EMAT ultrasonic testing, pulsed eddy current, alternating-current field measurement or laser profilometry. Operators control the robot from a remote station while automated scans collect wall-thickness, corrosion and geometry data for integrity reports. Diakont also supplies radiation-tolerant cameras, fuel-handling equipment and robotic tooling for inspection, cleaning and decontamination inside nuclear plants.
Timeline
Events
- 2017-08-04 - Deployment - Diakont deploys robotic inspection system at North Anna nuclear plant
The team mobilised robotic crawlers at the site on August 4, 2017 and inspected 141.9 feet of buried piping. The system combined visual inspection with electromagnetic acoustic transducer measurements for volumetric wall assessment. No anomalies exceeded Dominion's reporting threshold, allowing the inspected piping to return to service.
Source
Context
Comparable profiles
- SuperDroid Robots
stack adjacency - Inspection Ground Robot Oem
- Ross Robotics
stack adjacency - Inspection Ground Robot Oem
- Xiaoyuan Robot / 小远机器人
stack adjacency - Inspection Ground Robot Oem
- Taurob
stack adjacency - Inspection Ground Robot Oem
Shared workflows
- ULC Technologies
workflow adjacency - Pipeline Sewer Inspection
- Pipein
workflow adjacency - Pipeline Sewer Inspection
- Foccus Innovation
workflow adjacency - Pipeline Sewer Inspection
- Solinas Integrity
workflow adjacency - Pipeline Sewer Inspection
Context tags
- Inspection ground robot OEM - Stack Layer - Primary company research supports this operating context.
- Pipeline and sewer inspection - Workflow - Primary company research supports this operating context.