Save paint
Thanks to the compact and lightweight design, gear pumps and other critical coating adjustment devicesThe device can be installed only 15cm away from the wrist, significantly reducing the amount of paint and Solvent loss.
In addition to the fully integrated process control (hardware and software), IRB 5500FlexPainter also integrates craft equipment. IRC5P controls the spraying process.And robot movement, so it can significantly save spraying material.
Based on IPS technology
The IPS system integration push-out function can further save the coating.The basic architecture of IPS combines process control with motion control, starting fromAnd simplify system settings, and achieve true savings and perfect process.
Customized for spraying
The robot process arm for the standard solution is equipped with up to 32* color change valves. ThisIn addition, it also fully integrates two gear pumps driven by integrated servo motors and 64Guided valve, with dual-formation air and closed-loop regulation function for the atomizerClosed-loop regulation of control and cup rotation speed, as well as high-pressure control. The above solutionsThe product is applicable to both solvent-based paints and water-based paints, and can also be customized to meet special requirements.Provide more solutions.
Less atomizers, greater flow
ABB's high-flow RB1000 atomizer series is specifically designed for the IRB 5500.Designed as a complementary product for the high-speed operation and acceleration features of FlexPainter. Two.The combination of these two systems is like adding wings to a tiger, reducing the number of robots in the spray room while achieving...Outstanding performance and coating quality.
Modular Spray-Coated Components
To achieve the process integration of IRB 5500FlexPainter, ABB has developed aA series of lightweight, compact, and modular spraying components, including color-changing valves and dual-function devices.Component mixer, air and paint adjustment valves, and gear pumps. All components are in accordance withMaximum Flow Design.
