At CLIIN Robotics, we develop advanced cleaning solutions that enhance safety, improve efficiency and promote sustainability in the shipping industry. Our latest innovation, the HPT0012 high-pressure tool, marks a significant step forward in streamlining cargo hold cleaning with frames—delivering greater efficiency without the use of chemicals.
Efficient and Comprehensive Cleaning 
The HPT0012 is engineered to tackle the unique challenges of cleaning frames inside cargo holds. Its six powerful nozzles ensure thorough cleaning of frames in a single pass. The operator can seamlessly control the cleaning process by adjusting a handle that directs the water flow. While moving upwards, the tool cleans the right side of the frames and on the downward pass, a quick switch redirects the water to the left side. This innovative design eliminates the need for repositioning, reducing cleaning time and increasing efficiency.
Advanced High-Pressure System for Maximum Performance
The HPT0012 is powered by a robust high-pressure water system, ensuring optimal performance while enhancing operational safety. Water flow can be controlled remotely from a control box, reducing unnecessary water usage. A 400-liter buffer tank prevents pump cavitation and guarantees a steady, uninterrupted water supply. Constructed from stainless steel AISI 316, the system offers excellent durability and resistance to corrosion, with a seawater-resistant version available for enhanced longevity in marine conditions. Its IP67 rating provides superior protection against dust and water immersion, making it ideal for harsh environments. Read more about our High Pressure System here.
Experience the Power of the HPT0012
With its high efficiency, robust construction and operator-friendly design, the CLIIN HPT0012 is the ultimate solution for cleaning cargo holds with frames in the shipping industry. Contact us today to learn how this cutting-edge tool can optimize your cleaning operations and enhance your vessel’s maintenance routine.
Watch the HPT0012 in action in our latest demonstration video: