

HighMate B10 is specially designed for ship-building industries, using for grinding the weld seam for mega block assembly. It is 5 times more efficient than traditional manual labor, with a perfect roughness of 50-90 µm. Using the robot allows the user to save costs from building scaffoldings and using construction baskets, which also improves the safety of the operator to a large extent. The visual system lets the user observe the cleaning process clearly, and the smart system makes it easy to operate in an automatic way.
HighMate B20 is another remarkable robot in the ship-building industry. It is used before the final paint is applied, to do a cleaning and roughening job on the ship hull, to make sure the paint remains for a long period. The smart robot makes it possible for one operator to monitor two robots at the same time by using auto-navigation and lane-changing functions. B20 solves the problem of dangerous traditional manual labor, and it is a perfect environmental-friendly solution for the maritime industry.


HighMate C10 is designed for cargo hold surface preparation jobs. For the complicated environment of the cargo hold, HighMate C10 is able to cross over most corners and narrow areas, doing derusting jobs to replace manual operations. With a derusting level of Wa 2.5, the robot uses water instead of traditional sand-blasting, which is much cleaner and allows other inspections to be done at the same time. The compact and smart design helps the operator to deploy it easily, and improves the safety of the workers to a large extent.
BeeBot Pro V10 has various functions such as: Parallel work mode, multi-cavity suction, multi-machine control, smart and efficient mode, lock, roller cleaning, streak-free wiper. The device is easy to install, has a quick deployment at any anchor point. The parallel cable has a double mobile winch which is safe and reliable.



Accessories:
Grinding and deburring robot

Control mode - Remote control - stand-alone mode in development
Accessories:
Dimensions
Weight
Cleaning width
Minimum radius of curvature
Grinding efficiency
Surface quality
Overcoming obstacles
Maximum speed