-  World's first successful practical implementation as a negative-pressure suction-adhering blasting robot.
-  Equipped with a cleaning mechanism for blasting materials that 100% vacuum collects in the support unit and separates and removes rust, old coatings, and fine particles that become waste materials during blasting. This allows for the recycling of blasting materials, reducing the cost of these materials and minimizing the disposal cost of waste materials such as used blasting materials.
-    In conventional manual methods, during polishing, dust cannot be collected, leading to environmental issues. Additionally, workers inevitably inhale the dust, resulting in serious health concerns in some cases.
Our robots collect and reuse dust, preventing environmental issues and eliminating health concerns for workers.
-    In conventional manual methods, the use of high scaffolding poses risks to workers; however, this robot is safe because it does not require high scaffolding.
-    Almost all nonferrous and ferrous abrasives can be used.
-    It can achieve the ideal roughness of 75µm on treated surfaces with surface preparation.

Note: The surface roughness can be adjusted based on the particle size of the 　abrasive materials used.

-    This robot has been adopted by the U.S. Naval Research Laboratory for use as a Thermal Spray Robot and Surface Preparation Robot on the flight deck of F-35B-equipped aircraft carriers.
The Surface Preparation Robot has achieved an Anchor-tooth Profile (Average Surface Profile Depth) equal to or greater than 4.5mils (approximately 114μm), meeting surface preparation standards.