Salient Features
- Act as floating
- The HD-CR NDT Radiography scanner, weighing 17.5 Kg
- 10x24,10x30 and 10x38(D7 Image plate) For digital films
- D-tect image view software with work station
- AI RT ADR software
Main-Particulars
- The storage and preservation of films on reusable imaging plates for which data can be stored in the digital format
- No darkroom condition, chemical and consumables is required
- Short processing time
- Digital films can be stored in computer, cloud or remote network server
- Using the Computerized Radiography (CR) approach enables efficient archiving of the data with no degradation of the quality of the image.
- Digital Films cannot be tampered, ensuring more reliable data
- Very cheap considering the re-usability
- Environment friendly
Salient Features
- Robotic Manipulator Scanner (weighing 10 Kg)
- PAUT hardware is 64x128 system (phased array channel) with a 64 channel beam former and a 128 channel multiplexing system
- The SimSONIC and SimUT software’s are used to simulate FMC/TFM images
Main-Particulars
- Portable
- Able to detect and obtain the images of defects based on the physics of ultrasonic waves in welded structures
- Perform robotic weld inspection at area were accessibility is limited. This reduces the requirement of scaffoldings and saves time & cost
- Perform automated evaluation of defect detection using AI based tools
- Safe and quick
- Ease for test set-up
- Rapid inspections with digital recording of data
Salient Features
- Robotic Manipulator Scanner (weighing 10 Kg)
- Dimensions: 0.9 m x 0.9 m x 0.9 m
- 2 Nos of digital camera with video specification FHD (1080p - 30 FPS)
- Mechanical scanning sonar
- AI enabled vision software
Main-Particulars
- Advanced control system for easy operation
- Maximum depth rating: 50 m
- Modern optical and Sonar based survey
- Hydrodynamic open frame design
- Assisted obstacle avoidance
- High thrust and manoeuvrability
- High definition real time visual system
- Ultrasonic thickness measurement
- Deployable up to sea state 3
RTI
