JettyRobot
About
About JettyRobot
JettyRobot manufactures tracked machines that travel inside pipes, ducts and ventilation systems to inspect, prepare and restore surfaces. Cameras and measurement tools identify condition, ovality, wall thickness, coating thickness and porosity; interchangeable modules then brush, vacuum, disinfect, blast with dry ice or abrasive media, apply high-pressure water and spray protective coatings.
JettyRobot S works in circular, square, rectangular and curved passages from 200 to 540 millimetres in its standard extended range, can climb vertically for 30 metres and develops 1,200 newtons of towing force. Larger and custom platforms address industrial exhausts and other confined assets. The Prague company sells and rents robots but also delivers complete interventions, covering method selection, equipment mobilisation and execution for automotive plants, food production, oil and gas, mining, power, water, chemicals and pneumatic transport.
Products
- JettyRobot 6
JettyRobot
- JettyRobot S
JettyRobot
Supply
Supply chain relationships
- BotBlox
Inbound - Communications - BotBlox supplies GigaBlox Nano Ethernet switching hardware used in newer JettyRobot pipe-inspection robot versions
Source
Timeline
Events
- 2022-05-31 - Product Launch - JettyRobot introduces EMAT tool for in-pipe wall measurement
Electromagnetic acoustic transducer sensors measure pipe-wall thickness from inside the line while operators monitor readings online and retain the data for later review. The dry measurement method avoids couplant and reduces the need to remove external covers or insulation from buried and otherwise inaccessible pipes. A JettyRobot can first clean the pipe, exchange tools and then perform automated thickness measurement over long internal distances.
Source - 2019-04-04 - Deployment - JettyRobot completes Saipem South Stream pipeline project
Saipem contracted JettyRobot to clean four pipelines at the South Stream WP5.1 landfall facility. The JettyRobot team developed project-specific technology for the pre-commissioning work and completed the cleaning and inspection assignment. The deployment kept personnel out of the pipeline while applying robotic cleaning and inspection methods before the infrastructure entered service.
Source