Waterjet Pumps High Pressure Water Jet Pump System For Industrial Use

The Booster Pump serves as the critical system providing the core power source within Waterjet Cutting Equipment. Acting as the "heart" of the waterjet system, its primary function is to convert hydraulic energy into ultra-high-pressure water energy, thereby generating a high-pressure water jet capable of delivering the immense power required for cutting operations.
The objective of the Waterjet Intensifier Pump is to provide users with stable and reliable pressure, enabling superior cutting results while ensuring the equipment enjoys the longest possible service life. It is widely utilized across various industrial sectors, including:
1. Metal Cutting: Precision cutting of a wide range of metal materials.
2. Stone Processing: Shaping and cutting of stone materials such as marble and granite.
3. Glass Cutting: Custom cutting of artistic and architectural glass.
4. Aerospace Manufacturing: Production of high-precision components, such as aircraft parts.
5. Composite Material Processing: Cutting and shaping of advanced composite materials.
Our intensifier pumps are designed with a paramount focus on durability and reliability. By incorporating advanced hydraulic technology and utilizing carefully selected, high-quality components, we ensure that our equipment operates continuously and stably over extended periods—consistently delivering steady pressure—while simultaneously minimizing maintenance and upkeep costs to the greatest extent possible.

Rated Power	37KW/40HP
Max. operating pressure	480MPa/69000psi
Continuous working pressure	380MPa-420MPa
Max. discharging rate	4.2L/min
Orifice diameter	0.33mm or others
Nozzle diameter	1.02mm or others
Tank volume	150L
Size	1800mm*1100mm*1300mm
Weight	900KG
Ambient Operating Temperature	Min.40°F(5° C), Max. 1049F(40°C)
Max. Noise Level	75 dB (A)
Attenuator Volume	1L/2L

What is a Jet Pump System?

Simply put, a Waterjet Booster Pump is a special type of ultra-high-pressure pump. Its function is to pressurize ordinary water to extremely high pressures, typically ranging from 380 MPa to 600 MPa (equivalent to 55,000–90,000 PSI).
Unlike common pumps, booster pumps cleverly utilize a hydraulic piston system to amplify water pressure. Through this pressurization process, the water flow velocity becomes extremely high, providing sufficient power to cut various materials.
In short, the booster pump directly determines the cutting speed, cutting accuracy, equipment operational stability, and work efficiency of the Waterjet Cutting System. A high-quality booster pump ensures stable pressure and cutting performance, which is crucial for industrial production.

How does a Jet Pump Water Pump work?

The working principle of a waterjet booster pump is the clever use of hydraulic pressure amplification. The entire process can be divided into the following steps:
1. The hydraulic system provides power: The motor starts, driving the internal hydraulic pump to operate, thereby generating hydraulic pressure.
2. The hydraulic cylinder begins to move: Hydraulic oil pushes the hydraulic piston inside the booster cylinder.
3. Pressure is amplified: Because the cross-sectional area of the hydraulic piston is larger than that of the water piston, the water pressure is amplified to an extremely high level through a specific pressure boosting ratio.
4. High-pressure water flow is output: Under extremely high pressure, the water is delivered to the cutting head through high-pressure pipelines.
5. Continuous cutting: The booster pump continuously circulates, providing a constant stream of high-pressure water to the entire cutting system.

Available Jet Pumps For Sale Pressure Options:

To meet the diverse cutting requirements of our clients, Kunda offers a variety of intensifier pump configuration options.
420 MPa Waterjet Pump:
1- Operating Pressure: 420 MPa (60,000 PSI)
2- Features: Mature technology, stable performance, wide range of applications, and relatively low operating costs.
3- Typical Applications: Cutting of stainless steel, aluminum, stone, glass processing, etc.
600 MPa Waterjet Pump:
1- Operating Pressure: 600 MPa (90,000 PSI)
2- Features: Faster cutting speeds, higher production efficiency, reduced abrasive consumption, and exceptional capability for cutting thicker materials.
3- Typical Applications: Cutting of thick metals, aerospace material processing, titanium alloy cutting, high-precision manufacturing, etc.

Key Components of a Jet Water Pump 1 Hp:

Advantages of Water Jet Pump For Industrial Use:

Stable Pressure Output:
Featuring an advanced hydraulic design, the pump ensures a continuous and stable output of ultra-high-pressure water, resulting in consistent cutting performance.
Extended Service Life:
Utilizing high-quality components and precision manufacturing processes, the pump offers an extended service life and reduced maintenance costs.
Simple Maintenance:
Thanks to a modular design, the replacement of wear parts—such as seals, check valves, and nozzle orifices—is quick and convenient.
High Efficiency and Energy Savings:
The hydraulic system is optimally designed to deliver superior cutting performance while simultaneously minimizing energy consumption.
Excellent Compatibility:
Kunda waterjet pumps and components are compatible with waterjet systems from various other brands, including FLOW, OMAX, KMT, BHDT, and others. This broad compatibility simplifies equipment integration and facilitates the easy replacement of spare parts.
Optional Configurations:
To meet the specific requirements of diverse industries and users, Kunda waterjet pumps offer a range of optional configurations:
Variable Pressure Control: Operators can flexibly adjust the cutting pressure based on the specific material being processed to achieve optimal cutting results.
Automatic Cooling: Ensures that the hydraulic oil temperature remains at a stable level during continuous operation, preventing equipment damage caused by overheating.
Remote Monitoring: Allows for the real-time remote monitoring of the pump's operating status and performance parameters, enabling users to stay informed about the equipment's condition at all times.
Energy-Saving Mode: When the equipment is in standby or idle mode, the system automatically reduces power consumption to conserve energy.

Applications of Water Jet Pump High Pressure:

Waterjet pumps are widely utilized across various industrial sectors:
1. Metalworking: Used for cutting a wide range of metal materials, including stainless steel, carbon steel, aluminum alloys, copper, and titanium alloys.
2. Stone Processing: Used for cutting marble, granite, quartz, and artificial stone materials.
3. Glass Industry: Enables the precision cutting of architectural glass, decorative glass, and similar materials.
4. Aerospace Manufacturing: Used for processing complex aerospace components and high-strength specialty materials.
5. Automotive Industry: Used for cutting automotive components and composite materials.

Why Choose Kunda Water Jet Pump Near Me?

Kunda is dedicated to providing high-performance, ultra-high-pressure waterjet solutions to customers worldwide. Our Advantages:
1. Advanced pump body design philosophy.
2. Rigorous control over material selection.
3. Stable pressure output performance.
4. Global spare parts supply network.
5. Professional technical support team.
Choose Kunda to achieve higher production efficiency, superior cutting quality, and lower operating costs.