Water Jet Intensifier Pump Energy Efficient 4137 Bar Waterjet Pump Spare Parts Supplier
Energy Efficient 4137 Bar Water Jet Intensifier Pump Waterjet Spare Parts Supplier
Product Introduction
The 4137 Bar Water Jet Intensifier Pump is a high-pressure and energy-efficient WaterJet Pump System designed for Industrial Waterjet cutting applications. Built with advanced hydraulic intensifier technology, this waterjet pump delivers stable ultra-high pressure performance for cutting metal, stone, glass, ceramics, composites, rubber, and many other materials. The energy-efficient design helps reduce power consumption while maintaining strong cutting performance, making it suitable for factories and workshops that require stable long-term operation and lower operating costs.
Technical Specifications
| 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 |
| Machine Size | 1800mm × 1100mm × 1300mm |
| Weight | 900KG |
| Ambient Operating Temperature | Min. 40°F / 5°C, Max. 104°F / 40°C |
| Max. Noise Level | 75 dB(A) |
| Attenuator Volume | 1L / 2L |
Stable 4137 Bar High Pressure Performance
This water jet intensifier pump is capable of generating stable 4137 bar ultra-high pressure water flow for efficient and precise cutting operations. Stable pressure output helps maintain smooth cutting edges, accurate cutting dimensions, and high-quality processing results. The optimized hydraulic intensifier structure minimizes pressure fluctuations during operation, helping improve the stability of the Waterjet Cutting Process.
Energy Efficient Waterjet Pump Design
The energy-efficient design of this waterjet pump helps reduce unnecessary power consumption while maintaining strong cutting performance. The advanced hydraulic transmission system improves energy conversion efficiency and reduces energy loss during high-pressure operation. This helps customers lower electricity costs and improve overall production efficiency without sacrificing cutting quality.
Suitable for Continuous Industrial Cutting
The 4137 bar waterjet pump is designed for continuous industrial operation and heavy-duty production environments. High-quality hydraulic components, durable seals, and stable intensifier systems help ensure long-term reliability and consistent performance. The robust structure makes the pump suitable for factories requiring high daily production capacity and stable machine performance over long working periods.
Wide Range of Material Applications
This high-pressure Waterjet Intensifier pump can be used for cutting stainless steel, carbon steel, aluminum, copper, titanium, marble, granite, ceramic tiles, glass, plastics, rubber, foam, and composite materials. Waterjet cutting technology uses high-pressure water instead of heat, helping avoid thermal deformation, burning, cracking, and heat-affected zones during processing.
Professional Waterjet Spare Parts Supplier
KUNDA is not only a supplier of Waterjet Pumps but also a professional supplier of waterjet spare parts and compatible replacement components for many major waterjet brands. We can provide intensifier pump parts, cutting head parts, on/off valve components, accumulators, seals, nozzles, orifices, high-pressure tubing, hydraulic parts, and maintenance accessories.
Reliable Waterjet Solutions from KUNDA
KUNDA focuses on providing complete Waterjet Cutting Solutions for global customers. We can supply Waterjet Cutting Machines, intensifier pumps, Robotic Waterjet systems, high-pressure pump systems, spare parts, and customized industrial waterjet solutions according to different customer requirements.
Contact Us
If you are looking for reliable Waterjet Intensifier Pumps, compatible spare parts, or customized waterjet cutting solutions, please feel free to contact KUNDA for more information and professional support.
Email: info@kundacnc.com
WhatsApp: +86 157 9367 0759
















