The Endo Control CRAB-ROBOT crawlers are versatile robotic platforms designed for pipe inspections, available in various sizes with different camera options for detailed visual assessments.
Type d'équipement : Chasse-pierres
Demande de devis
The Endo Control CRAB-ROBOT Systems’ drive unit consists of 6 spring-loaded motor drive arms.
Combined with a planetary transmission, 32 radial ball bearings, and 12 rubber-coated wheels, these motors enable the Endo Control CRAB-ROBOT crawlers to achieve maximum traction inside piping and perform the inspection with ease.
The spring-loaded drive arms also ensure that the robot is precisely centered inside the pipe to enable the robot to adapt to uneven surfaces and even navigate past cross-sections.
Camera head options such as forward view, pan-tilt, or pan-tilt-zoom cameras are also available for the Endo Control CRAB-ROBOT crawlers and produce sharp, crisp images with the CCD imager integrated into the camera module.
In addition, changeable cameras are available on specific crawler systems.
The Endo Control CRAB-ROBOT Crawlers’ unique design allows it to navigate tight bends (as small as 0.8x D) and travel vertically within pipelines.
The Endo Control CRAB-ROBOT crawlers are custom-designed for navigation of pipings between diameters of 50mm to 1,000mm.
CRM-180 Sensor is a new advancement in laser measurement technology. The sensor measures internal geometries of bores, pipes containers and other cavities. The radial laser scans the inner surface on a cavity geometry over 360° at 4096 angular points. Sensors with different measuring ranges are available.
The drive unit consists of 6 spring-loaded motor drive arms.
Combined with a planetary transmission, 32 radial ball bearings, and 12 rubber-coated wheels, these motors enable the CRAB-ROBOT crawler to achieve maximum traction inside piping and perform the inspection with ease.
The spring-loaded drive arms also ensure that the robot is precisely centered inside the pipe to enable the robot to adapt to uneven surfaces and even navigate past cross-sections.
MFE Inspection Solutions Inc. 2024