Open a new era of
intelligent detection
of drainage pipe networks
Improving pipeline construction standards safely with advanced tools are essential to ensure protect workers.
BonBon focuses on engineering efficiency, improve workforce safety and effectiveness, and reduce unnecessary costs.
Robotics engineer and product designer involved in the development and quality improvement of core technologies for mechanical watch movements.
Designed and produced the internal structure of autonomous navigation robots.
Al-Enabled Adaptive Robot
Captures and processes visual data with Al in real-time for resilient low-latency hybrid response systems under all network conditions.
Experience quick deployment and minimal damage, engineered for exceptional flexibility across job sites and terrains, ensuring optimal performance every time.
Integrate diverse third-party solutions for exceptional performance and a smooth implementation process.
Integrating AloT and Sensing Technologies, with High Definition PTZ Camera, lighting System and Crawler Traveling Module
Sonar Data Acquisition, Gas Sensor, 3D Camera and 3D Sensor, Color Image Sensor, Temperature and humidity sensor, Acoustic Sensor, Infrared Camera, etc.
Small in size 0.2m x 0.25m x 0.15m
Resonable Price £5000-20000
Longer Distance, travel > 1km
Data Transmission
Low Latency
Fiber optic communication,
suitable for complex operating environments with refined
spaces, many bends, and long
distances.
Simultaneously inspect pipelines above and below water at reasonable cost.
High-definition PTZ camera:
Patented anti-shake and vibration reduction technology. Self-
developed wide-angle, high-definition transparent protective
cover, anti-fogging, and high rigidity.
Lighting system:
Multi-angle spotlights are installed at the top and bottom,
providing strong illumination and a wide coverage.
Sonar data collection:
High-definition digital pipeline profiling sonar was used to
investigate the depth of underwater siltation and the outline of
the pipeline.
Industrial grade protection:
The fuselage has a P68 protection rating, is a waterproof, and is
positively pressurized with inert gas waterproofing and
explosion protection.
Tracked walking module:
It can snorkel and crawl in the water, and its crawling speed in
still water can reach 0.3 m/s.
Guardrail design:
The streamlined design at the front and rear facilitates the
robot’s exit from the pipeline and prevents it from getting
stuck.
Rear camera:
Assists the robot in reversing to prevent cable entanglement
and ensure safe exit from the pipeline.
Buoyancy cable:
With a tensile strength of 200KG, it meets the needs of
robots that are obstructed from retreating and require
manual assistance to pull them out.
Radar data collection:
360 degrees scan to collect contour information above the
water surface.
Wheeled walking module:
It can walk on land and dive underwater, with a land speed of
up to 0.5 m/s.