| 1 | Robotic Waterjet System Brand of robot arm: | ABB |
| 2 | Quantity of robot arm: | Double |
| 3 | Type of robot arm: | Pedastal |
| 4 | Product number of Robot arm: | IRB4600 |
| 5 | Pressure of intensifier pump: | 60K PSI/420MPA/4200BAR |
| 6 | Product number of intensifier pump: | WW60JET |
| 7 | Quantity of intensifier: | Double |
| 8 | Type of cutting: | Pure water, water-only |
| 9 | Application: | Auotomotive interior, carpet, trim, headliner |
| 10 | Cuotomize available: | Да |
The introduction of this set ofrobotic waterjet cutting workstationionis as follows:
1. This is a set of robotic waterjet cutting workstations that are commonly used in the automotive interior cutting industry. We have provided more than 10 such cases to users around the world in this industry in the past three years, and they are well received by users. Good reviews and returns.
2. This solution is economical and practical, and the cost is lower than that of a fully enclosed house and a two-story design.
3. In addition, the high pressure intensifier pump in this robotic waterjet solution also has its own advantages. You can see from the video above, this is our WW60JET pump, it is a double intensifier design, the advantage of this design is that it has multiple working methods. For example, if a single intensifier works, or two intensifiers work together, the flow rate at this time can reach 6.5L/MIN, and the work efficiency will be improved accordingly in the robotic waterjet, and it can drive four 0.17mm orifice cutting heads to work at the same time. In this way, if you want to add a robot arm in the future, you don’t need to buy a high pressure pump, but can be directly connected to the existing pump in your robotic waterjet workstation.
Some Robotic Waterjet Cutting Case We Have Done
As you can see from the picture, we have done robotic waterjet cutting solution for many countries in the world.
Such as the United States, France, Russia, Brazil, Australia, of course, this is not all, only a part is shown. In addition, we also have many countries in Southeast Asia, South Africa, Turkey, Spain and other countries cooperated in robotic waterjet.
And we have cooperated in robotic waterjet with many brands with high reputation, such as Tesla, BMW, Toyota, BYD, Benchi and so on.
The world-renowned automotive interior production companies, we have cooperated in robotic waterjet with include Antolin, Faurecia, Toyota Boshoku, Yanfeng, Magna, Tyvers and so on.
Win-Win Robotic Waterjet Cutting Cases in Progress
Industry knowledge related to robotic & robotic waterjet:
Regarding robots, we all know that it has a wide range of applications, of course not just robotic waterjet cutting, but what are the application scenarios of robot arm?
Its application characteristics are very obvious. It mainly replaces manual work in dangerous scenes or replaces intensive and repetitive actions. If the work scene meets the above two characteristics, the robotic arm can be applied.
The application scenarios of robotic arms are mostly in the manufacturing industry, with heavy industrial attributes, such as metal processing, polishing, assembly, machine tool loading and unloading, palletizing/handling, rubber/plastic, sorting, etc.
So what kind of machinery can the robotic arm be combined with?
There are four-axis, five-axis, six-axis, multi-axis and other types of industrial manipulators, which are mainly used for handling, transplanting, palletizing, dispensing, spraying, testing, cutting (including robotic laser cutting, robotic waterjet cutting, etc.) applications. Cartesian coordinate manipulators, truss robots, machine tool loading and unloading manipulators and other industrial robots are widely used.
The application of robotic arm in the automobile production industry is even more common, and almost all production processes and processes are completed by robotic arm. Take the production of car interiors: roof and carpet as an example. Its manufacturing process is completed by gluing machine, heating machine, foaming machine, press machine and water cutting, and these processes are almost combined with robots to achieve Optimized processing efficiency.