Waterjet Cutting Machine 4020 5 Axis
30*4m WATERJET CUTTING MACHINE
Win-Win Waterjet specializes in large-format waterjet cutting machines, capable of handling szie up to 30 by 4 meters. Renowned for precision and power, their systems operate at pressures up to 100,000 PSI, delivering exceptional cutting performance for industrial applications. Ideal for oversized projects requiring accuracy, strength, and reliability.
Win Win Waterjet is a distinguished pioneer in the realm of waterjet cutting machines, boasting an illustrious legacy of two decades dedicated solely to perfecting the art of waterjet cutting technology. With an unwavering commitment to excellence, our factory specializes in the production of top-of-the-line waterjet pumps, meticulously engineered to deliver unparalleled performance ranging from 60,000 psi to an impressive 100,000 psi.
At Win Win, customer satisfaction is paramount, reflected in our comprehensive services that include on-site installation with a focus on ensuring a seamless and efficient setup process. Recognizing the diverse needs of our clientele, we offer bespoke solutions through our OEM services, tailoring each waterjet cutting machine to precise customer requirements.
TAKE ORIGINAL PUMP APART TO SELL

Our product range encompasses a variety of sizes, accommodating projects of all scales, from compact 1*1m machines to expansive 6*3m models, ensuring that every cutting need is met with precision and efficiency. Trust Win Win Waterjet for cutting-edge technology, unparalleled service, and a legacy of excellence that sets us apart in the realm of waterjet cutting machinery.

Floor-standing flipping platform saves time and facilitates loading and unloading.
Thick linear guides and large screw balls. The X, Y axis adopts the self-made oil-immersed screw guide rail lubrication method, which is better than the traditional timing lubrication effect, better dust-proof effect, and service life Longer.
| Series | 3/5A-4020 Water Jet | Type | Cantilever Type |
| Cutting Precision | 0.1mm | Control Accurcy | 0.01mm |
| RE-Positioning Accuracy | 0.05mm/m | Travel Of Z Axis | 200mm |
| Cutting Speed | 11000mm/min | Motor | 30kw / 40HP |
| Table Size | 4000mmx2000mmx200mm | Certificate | CE ISO |
Introduction of Waterjet Machine:
A waterjet cutting machine is a tool that uses a high-pressure stream of water to cut through materials. This technology is known for its precision and versatility in cutting various materials, ranging from soft textiles to hard metals.
Waterjet Cutting Machine Technology:
Waterjet cutting technology involves using a high-pressure pump to force water through a small nozzle at extremely high speeds. In some cases, an abrasive material such as garnet is added to the water to increase the cutting power. The focused stream of water can cut through materials by eroding them with its high velocity.
Materials that can be cut by Waterjet Machine:
Waterjet machines can cut a wide range of materials, including metals like steel, aluminum, and titanium, as well as stone, glass, ceramics, composites, plastics, rubber, and even food products like cakes and vegetables.

Components of Waterjet Cutting System:
Key components of a waterjet cutting system include:
High-pressure pump
Nozzle
Mixing tube
Abrasive feeder (if using abrasive)
Cutting table
CNC controller
Cooling system
Core Technology of Waterjet Cutting Machine:
The core technology of a waterjet cutting machine lies in the high-pressure pump that generates the pressurized water stream. This pump is crucial for creating the high-speed jet that can effectively cut through materials. Additionally, the precision of the cutting is controlled by the CNC system that directs the movement of the cutting head.

Water Jet Cutting Machine Pump Introduction:
The pump in a waterjet cutting machine is responsible for pressurizing water to high levels, typically ranging from 40,000 to 90,000 psi (pounds per square inch). There are two main types of pumps used:
Intensifier pumps: These pumps use hydraulic pressure to amplify water pressure.
Direct drive pumps: These pumps use a crankshaft-driven system to create high pressure.
These pumps are critical for providing the power needed to cut through materials effectively.







