Robot Waterjet 6 Axis Industrial Robot Waterjet Cutting Machine Manufacturer

Short Description:

Name:Robot Waterjet
Brand:KUNDA
Optional robots: ABB1600/2400/2600/4600, Yaskaw, FANUC.
Cutting materials: composite materials, helmets, car interiors, metals, etc.
Optional water pumps: recommended as required
Overseas installation service: available
Warranty period: 1 year
Different platforms can be customized as required

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Robot Waterjet 6 Axis Industrial Robot Waterjet Cutting Machine Manufacturer

Robot Waterjet

6 Axis Robot Waterjet Cutting Machine represents a clever fusion of industrial robotics and ultra-high-pressure waterjet technology. Much like a highly skilled artisan, it utilizes a flexible "arm"—the industrial robot—to wield an invincible "water knife"—an ultra-high-pressure waterjet—enabling precise 3D cutting, trimming, piercing, and complex surface machining across a wide variety of materials.
Compared to traditional gantry-style Waterjet Equipment, Robotic Waterjet systems offer significant advantages: they are more flexible, cover a broader processing range, and possess superior 3D machining capabilities. For parts with intricate geometries and structural components with irregular shapes, robotic waterjet cutting serves as a truly bespoke solution.
Robotic Waterjet Cutting Machine Manufacturer technology has found widespread application across numerous industries, including automotive manufacturing, aerospace, composite material processing, home appliance production, glass processing, plastics manufacturing, and stone decoration.
Industrial Robot Waterjet Cutting Machine: Precise Collaboration, Efficient Operation
A complete robotic waterjet system typically comprises the following key components:
1. Industrial Robot: Serving as the system's "brain" and "arm," the robot utilizes 6-axis coordinated control to manipulate the waterjet cutting head, allowing it to move freely within a three-dimensional space and execute precise cutting operations on a wide array of complex parts. Commonly selected robot brands include ABB, KUKA, FANUC, and Yaskawa.
2. Ultra-High-Pressure Intensifier Pump: This acts as the "heart" of the waterjet system, responsible for boosting standard water pressure to ultra-high levels, thereby providing the immense power required for cutting.
3. Waterjet Cutting Head: This constitutes the "blade" of the water knife; it converts the high-pressure water flow into a high-velocity waterjet stream, directing it with precision onto the surface of the material being cut.
4. Control System: Functioning as the system's "central nervous system," this component coordinates the operations of all individual parts, ensuring the accuracy and stability of the entire cutting process.
5. Work Platform: This serves as the base upon which the workpiece is positioned; common platform configurations include water-tank cutting tables, rotary platforms, and tilting platforms.

Parameter	Specification
Machine Type	Robot Waterjet Cutting System
Robot Axis	6 Axis Industrial Robot
Robot Brand (Optional)	ABB / KUKA / FANUC / YASKAWA
Robot Reach	2000 – 3200 mm
Robot Payload	10 – 60 kg
Repeat Positioning Accuracy	±0.03 mm
Control System	Robot Controller + CNC System
Programming Method	Offline Programming / Teach Pendant
Drive System	Servo Motor

Advantages of Industrial Robot Waterjet Cutting System:

1- 3D Cutting Capability: Robotic waterjet cutting can effortlessly handle the processing of complex curved surfaces, achieving true three-dimensional cutting—a feat that is difficult for traditional equipment to match.

2- Cold Cutting Technology: Since the cutting process utilizes a high-pressure waterjet, no high temperatures are generated; consequently, this prevents material deformation or the creation of a heat-affected zone (HAZ), thereby ensuring the quality of the workpiece.

3- High-Precision Machining: The control systems of industrial robots boast exceptional repeatability, ensuring both the accuracy and consistency of the cutting operation.

4- Wide Material Versatility: Whether the material is metal, stone, glass, plastic, or a composite, robotic waterjet cutting is capable of cutting almost every type of material.

5- High Degree of Automation: Robotic waterjet cutting systems can be seamlessly integrated into automated production lines, enabling unmanned manufacturing and significantly boosting production efficiency.

Working Principles of Robot Waterjet Cutting Technology:

The core principle of robotic waterjet cutting lies in utilizing an ultra-high-pressure waterjet to perform a cold cutting process. The general workflow is as follows:

1. Water Pressurization: First, a Waterjet Intensifier Pump pressurizes ordinary water to an ultra-high pressure ranging from 4,000 to 6,000 bar. This is equivalent to concentrating the weight of a small car onto an area the size of a fingernail—a truly astonishing level of pressure.

2. High-Speed Ejection: Next, the high-pressure water mixes with an abrasive medium (such as garnet) at a tiny nozzle and is ejected at extremely high velocity, forming a powerful, high-energy waterjet stream.

3. Material Cutting: The high-speed waterjet strikes the surface of the material, gradually cutting through it via a process of microscopic erosion. Since no high temperatures are generated throughout this entire process, it is classified as a "cold cutting" technology.

Functional Configurations of Robot Waterjet Cutting Workstation: Meeting Diverse Needs:

To cater to the varied requirements of different clients, robotic waterjet cutting systems can be configured with a range of optional functional modules:

1- Laser Height Sensing System: This system monitors the distance between the cutting head and the workpiece in real-time, thereby enhancing cutting precision and preventing nozzle collisions; it is particularly effective when cutting materials with uneven surfaces.

2- Water Purification System: Water quality has a significant impact on the service life of Waterjet Cutting Equipment. A water purification system removes impurities from the water and softens it, thereby extending the operational lifespan of the high-pressure components. 3- Tilting Platform: The tilting platform enables a dual-station operation mode; while processing is underway on one side, material loading and unloading can be performed on the other, thereby enhancing production efficiency.

4- Robot Linear Track: By mounting the robot on a linear ground track, its working envelope is expanded, enabling it to handle larger workpieces—an ideal solution for applications such as automotive production lines.

Broad Industry Applications of Robot Waterjet Cutting Interior Trim:

Robotic waterjet cutting holds extensive potential for application across a wide range of industries:

1- Automotive Industry: Used for trimming automotive interiors, cutting instrument panels, processing door assemblies, and more.

2- Aerospace Industry: Used for processing composite materials, cutting aircraft structural components, and similar tasks.

3- Home Appliance Industry: Used for trimming plastic housings and other components.

4- Stone Industry: Used for the processing of various irregularly shaped stone pieces.

Robot Waterjet

Why Choose KUNDA Robot Waterjet Cutting Machine?

KUNDA has always focused on providing high-performance Waterjet Cutting Solutions. Our key strengths include:
1. Stable Ultra-High-Pressure Intensifier Pumps: We utilize advanced intensification technology to ensure the stability and reliability of our equipment's operation.
2. High-Precision Industrial Robotic Systems: We select top-tier robotic brands and perform professional integration and commissioning to guarantee cutting precision and efficiency.
3. Flexible System Configuration Options: We offer customized system configurations tailored specifically to meet our clients' unique requirements.
4. Globally Standardized Waterjet Components: We provide globally standardized waterjet components, making maintenance and replacement convenient for our clients.
5. Professional Technical Support: We possess a highly experienced technical team capable of providing our clients with expert technical support and comprehensive after-sales service.
Choosing KUNDA robotic waterjet cutting equipment will help you achieve higher production efficiency, superior cutting quality, and lower operating costs—thereby creating greater value for your enterprise.