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Cases

YUANHONG uses high-quality materials, advanced manufacturing processes, and strict quality control measures to ensure the reliability and performance of its waterjet cutting and high-pressure cleaning equipment.

Customer Cases

Vietnamese | Optimizing Small Irregular Parts Production with Enclosed All-in-One Waterjet

To help a Vietnam-based fabrication shop optimize small-batch production, Yuanhong supplied an enclosed all-in-one waterjet cutting machine designed for compact workspaces. The system combines space-saving design, precision cold cutting, and versatile material compatibility, enabling cleaner finished products, faster turnaround times, and lower production costs.

Scaling Automotive Production with Integrated 6-Axis Robotic Waterjet Workstations

A long-term automotive manufacturing partner was tasked with expanding their production capacity to meet rising market demand. Their existing lines were running at maximum limit, and manual processes could no longer keep pace with the required throughput. To scale effectively, they needed a fully automated, high-precision robotic waterjet cutting machine solution that could integrate seamlessly into their new production line while ensuring the highest standards of edge quality for interior components.

Canada | Slashing Energy Costs with the YH H2O Servo Motor Waterjet Pump

A metal fabrication shop in Canada was operating a traditional water jet cutting machine with a standard induction motor. As local electricity rates continued to rise, their operational costs soared. The problem? Their pump ran at full speed continuously, even when the cutting head was paused for material loading or repositioning. This not only wasted massive amounts of electricity but also generated excess heat, forcing their cooling system to work overtime. The client urgently sought an energy-efficient ultra-high pressure pump to reduce their carbon footprint and lower their hydro bills.

U.S. | Achieving True 24/7 Production with the YH 7XR Dual-Intensifier Waterjet Pump

For a high-volume manufacturing plant in the United States, time is quite literally money. This client operates a demanding production schedule, requiring their water jet cutter to run around the clock. However, like all ultra-high pressure systems, the core pump requires regular maintenance (such as replacing high-pressure seals or check valves). Every time the pump was taken offline for these routine services, the entire cutting line came to a halt, resulting in missed deadlines and thousands of dollars in lost productivity. They urgently needed a highly reliable ultra-high pressure pump that could eliminate maintenance-induced downtime entirely.

U.S. | Extending Waterjet Component Life with a Dedicated Water Softener System

A U.S. manufacturer specializing in processing high-value composite materials was struggling with unusually high maintenance costs and frequent production interruptions. Their waterjet cutting machine experienced repeated sapphire nozzle failures, while critical pump components—including high-pressure seals, check valves, and intensifiers—required replacement far more often than expected. In addition, unstable water pressure resulted in edge chipping, delamination, and inconsistent cutting quality on expensive composite materials, increasing both material waste and production costs.

Upgrading Production with the Smart H2O Waterjet Pump Featuring an Intelligent Display

A leading metal fabrication client was struggling with the power system of their traditional water jet cutting machines. Their old pumps lacked real-time visual diagnostics, meaning operators had to rely on external analog gauges to guess pressure fluctuations or foresee maintenance needs. When a sudden pressure failure occurred, troubleshooting took hours, bringing the entire production line to a halt. They urgently needed a smart, predictable, and highly stable waterjet pump to regain control over their operational efficiency.

Zero-Downtime Dual-Arm Robotic Waterjet Cell for Helmet Manufacturing

For manufacturers of safety helmets and other molded protective products, achieving precise 3D edge trimming is essential for both product quality and production efficiency. A leading helmet manufacturer was experiencing a major production bottleneck. Traditional trimming methods were unable to keep pace with increasing order volumes, and every manual loading and unloading cycle required the cutting machine to stop completely, creating significant idle time.

Germany | Upgrading an Aging Waterjet System with the YH H2O 60K Ultra-High Pressure Pump

Rather than investing in an entirely new waterjet cutting system, the customer looked for a cost-effective solution that could restore the performance of their existing machine. Their priority was finding a highly compatible replacement pump that could integrate seamlessly with the current CNC cutting table while minimizing installation time and production interruption.

Europe | 6-Axis Robotic Waterjet Workstation for Automotive Interior Trimming

A European automotive manufacturer was facing high scrap rates when processing complex interior components, such as dashboards, molded carpets, and roof linings. Traditional thermal cutting and mechanical routing caused material distortion, melted edges, and airborne dust. Furthermore, the client required a solution that strictly complied with European HSE (Health, Safety, and Environment) standards regarding workshop noise and cleanliness. They needed a highly accurate, cold-cutting water jet cutter capable of processing 3D curved surfaces efficiently.

Brazil | YH Large 5-Axis Gantry Water Jet Cutting Machine for Precision Steel Plate Processing

A steel fabrication company in Brazil required a heavy-duty water jet cutting machine for processing thick metal plates. The client needed to perform complex 3D cuts and beveling directly on the machine to eliminate secondary processing. Additionally, because large steel plates often have slightly uneven surfaces, they urgently needed a smart solution to prevent cutting head collisions and ensure safe, continuous operation.

Turkey | YH High-Pressure Cleaning Pump Empowering Turkish Industrial Cleaning Operations

YH High-Pressure Cleaning Pump

Czech Republic | YH 30XQ Ultra-High Pressure Waterjet Pump Empowering Czech High-Pressure Cleaning Industry

YH-30XQ-40K Ultra-High Pressure Waterjet Pump

Frequently Asked Questions

FAQ for YUANHONG's Waterjet Cutting and High-Pressure Cleaning Solutions

Can you customize waterjet equipment for our specific production needs?

Absolutely! Yuanhong specializes in providing customized waterjet solutions. Whether you need to cut special materials, require non-standard sizes, or integrate automation, our engineering team will tailor the best solution for your specific needs.

Do you provide installation and commissioning services after purchasing Yuanhong waterjet equipment?

Yes, we provide global installation and commissioning services. Our professional technical team will arrive at your site to complete the installation, fine-tune the equipment, and train your operators to ensure optimal performance.

Which industries can Yuanhong waterjet equipment be used in?

Yuanhong waterjets are widely used in aerospace, automotive manufacturing, stone processing, glass cutting, electronics manufacturing, and many other industries. Whether you are cutting metal, composite materials, or brittle materials, our waterjets offer precise and efficient cutting solutions.

How is after-sales service guaranteed after purchasing a waterjet?

We provide comprehensive after-sales support, including remote technical assistance, spare parts supply, equipment maintenance, and upgrade services. Customers can contact our after-sales team at any time to ensure long-term stable operation of the equipment.

What are the advantages of waterjet cutting compared to laser or plasma cutting?

Waterjet cutting has no heat-affected zone, meaning it does not alter the material properties, making it suitable for a wider range of materials. Additionally, waterjet cutting offers high precision, produces no pollution, and does not generate harmful fumes, making it a more environmentally friendly cutting method.