CNC Waterjet Cutters for Precision Industrial Cutting
HORD WATERJET specializes in high-performance CNC waterjet cutting machines for precision industrial cutting and fabrication. Our abrasive waterjet systems are engineered for accurate cold cutting of metal, stone, glass, ceramics, carbon fiber, and composite materials without heat distortion, edge burning, or heat-affected zones.
With over 30 years of expertise in ultra-high-pressure waterjet technology, we provide reliable 3-axis systems, advanced AB 5-axis bevel cutting machines, and dynamic AC 5-axis waterjet solutions for complex industrial applications. Our CNC waterjet cutters are widely used in metal fabrication, architectural stone processing, aerospace manufacturing, automotive production, glass processing, and precision engineering industries.
Designed for long-term industrial performance, HORD waterjet cutting machines combine high cutting accuracy, stable operation, intelligent CNC motion control, and low maintenance requirements to improve productivity across demanding fabrication and manufacturing environments.
CNC Abrasive Waterjet Cutting Machine Series
HORD CNC abrasive waterjet cutting systems are engineered for precision cold cutting across a wide range of industrial materials and manufacturing applications. From standard flat cutting to advanced 5-axis bevel processing, our waterjet solutions deliver high cutting accuracy, smooth edge quality, and reliable production performance without heat distortion or heat-affected zones.
Our CNC waterjet machine lineup includes standard abrasive waterjet systems, dynamic 5-axis cutting solutions, dual-head production systems, and material-specific waterjet machines for metal, stone, glass, ceramics, and composite materials.
Designed for demanding industrial environments, HORD waterjet cutters combine ultra-high-pressure cutting technology, intelligent CNC motion control, and multi-material processing capability to improve fabrication efficiency and reduce secondary finishing requirements.
1. Standard Waterjet Cutting Systems
Reliable CNC Waterjet Cutting for General Industrial Fabrication
Our standard CNC waterjet cutting machines are designed for versatile industrial processing applications requiring accurate, clean, and stable cutting performance across multiple material types.
Suitable for:
- Metal fabrication
- Stone processing
- Glass cutting
- Industrial prototyping
- Custom manufacturing
2. 5-Axis Waterjet Cutting Systems
Advanced Multi-Axis Waterjet Solutions for Bevel & 3D Cutting
Our dynamic AB and AC 5-axis waterjet systems are engineered for complex angled cutting, taper compensation, and precision 3D contour processing. These advanced CNC waterjet machines are ideal for industries requiring high-accuracy multi-axis fabrication.
Widely used in:
- Aerospace manufacturing
- Automotive engineering
- Precision metal fabrication
- Architectural applications
- Weld preparation processing
3. Dual-Head Waterjet Cutting Systems
High-Efficiency Waterjet Machines for Increased Production Output
Our dual-head CNC waterjet systems are optimized for high-volume manufacturing operations requiring faster throughput and consistent cutting accuracy. Independent cutting heads allow simultaneous processing of multiple parts to improve production efficiency.
Ideal for:
- Batch production
- Repetitive part processing
- Industrial manufacturing lines
- Large-scale fabrication
Material-Specific CNC Waterjet Solutions
Optimized Waterjet Cutting Systems for Different Industrial Materials
Different materials require specialized cutting configurations, abrasive settings, and pressure control. HORD provides material-specific waterjet solutions designed for precise, efficient, and stable industrial cutting performance.
4. Metal Waterjet Cutting Machines
Precision Abrasive Waterjet Cutting for Industrial Metals
Our metal waterjet cutting systems are engineered for stainless steel, carbon steel, aluminum, titanium, copper, brass, and specialty alloy processing. Abrasive waterjet technology enables accurate cutting without thermal deformation, edge hardening, or material discoloration.
Common applications:
- Sheet metal fabrication
- Structural steel cutting
- Aerospace components
- Automotive parts
- Industrial equipment manufacturing
5. Stone Waterjet Cutting Machines
High-Precision Waterjet Systems for Stone & Architectural Materials
Our stone waterjet cutting machines are designed for precision processing of marble, granite, quartz, porcelain slabs, ceramic tiles, and engineered stone materials used in architectural and decorative applications.
Ideal for:
- Countertop fabrication
- Stone mosaics
- Waterjet medallions
- Interior decoration
- Architectural design projects
6. Glass Waterjet Cutting Machines
Non-Thermal Precision Cutting for Glass & Ceramic Materials
Our CNC waterjet glass cutting systems provide smooth, accurate cutting for laminated glass, decorative glass, mirrors, ceramics, and fragile materials requiring clean edge quality and minimal breakage risk.
Suitable for:
- Architectural glass processing
- Decorative glass fabrication
- Ceramic cutting
- Interior design applications
- Specialty glass manufacturing
7. Composite & Plastic Waterjet Cutting Systems
Precision Cutting Solutions for Carbon Fiber, Kevlar & Engineered Plastics
Our composite waterjet systems are optimized for processing carbon fiber, fiberglass, Kevlar, acrylic, foam, rubber, reinforced plastics, and layered composite materials without melting, fraying, or delamination.
Widely used in:
- Aerospace composites
- Automotive lightweight materials
- Marine manufacturing
- Industrial gasket production
- Advanced material fabrication
Core Components of Industrial CNC Waterjet Systems
Industrial CNC waterjet cutting machines consist of multiple precision-engineered components working together to deliver accurate cold cutting performance, stable motion control, and ultra-high-pressure abrasive cutting capability.
Understanding the key components of a waterjet system helps manufacturers optimize cutting accuracy, improve operational efficiency, and select the right machine configuration for specific industrial applications.
| Component | Function & Industrial Benefits |
|---|---|
| CNC Control System | The intelligent control center of the waterjet machine. It manages cutting paths, motion speed, pressure settings, and CNC automation to ensure accurate and stable cutting performance. |
| High-Pressure Pump | Generates ultra-high-pressure water, typically between 60,000–90,000 PSI, providing the cutting power required for metal, stone, glass, and composite material processing. |
| Abrasive Delivery System | Delivers garnet abrasive into the water stream to improve cutting efficiency and enable precision processing of hard industrial materials such as stainless steel and titanium. |
| Cutting Head | Controls the direction and movement of the waterjet stream during cutting operations. Advanced 5-axis cutting heads support bevel cutting, taper compensation, and complex contour processing. |
| Nozzle & Focusing Tube | Forms and concentrates the high-pressure water stream for precise cutting accuracy, narrow kerf width, and smooth edge quality. |
| Motion System | Includes servo motors, guide rails, and precision drive components that move the cutting head across X, Y, and Z axes for accurate CNC-controlled positioning. |
| Worktable System | Supports metal sheets, stone slabs, glass panels, and industrial materials during processing while improving cutting stability and water flow management. |
| Water Filtration System | Filters and recycles water to improve cutting consistency, reduce contamination, and lower long-term operational costs. |
| Abrasive Catcher & Slat System | Helps stabilize materials during cutting operations while reducing vibration and collecting abrasive waste for cleaner processing environments. |
| Cooling & Temperature Control System | Maintains stable operating temperatures for pumps and key machine components to improve long-term reliability and cutting performance. |
| Safety & Monitoring System | Monitors pressure, temperature, machine status, and operational safety through sensors, emergency stop systems, and intelligent protection controls. |
Precision Multi-Axis Cutting for Complex Industrial Applications
Our advanced 5-axis CNC waterjet systems are engineered for precision bevel cutting, angled processing, and complex 3D contour fabrication. Dynamic AB and AC 5-axis cutting heads support accurate taper compensation and multi-angle cutting up to 60° while maintaining smooth edge quality and dimensional accuracy.
Unlike thermal cutting methods, waterjet technology eliminates heat-affected zones, material distortion, and edge hardening, making it ideal for aerospace components, automotive parts, architectural metalwork, and precision engineering applications.
Core Benefits:
- Precision bevel cutting
- Dynamic taper compensation
- Complex 3D contour processing
- Cold cutting without thermal damage
- Reduced secondary finishing requirements
Stable High-Pressure Performance for Industrial Waterjet Cutting
HORD waterjet machines are equipped with ultra-high-pressure pump systems designed for reliable abrasive cutting performance across demanding industrial applications. We offer both intensifier pump systems up to 90,000 PSI and direct drive pumps up to 60,000 PSI to support different cutting requirements and production environments.
Core Benefits:
- Stable ultra-high-pressure output
- Clean and accurate cutting performance
- Reliable long-term operation
- Reduced downtime and maintenance
- Flexible pump configurations
High-Precision CNC Control for Efficient Waterjet Processing
Our PC-based CNC control systems are designed for accurate motion synchronization, smooth cutting paths, and simplified machine operation. The intelligent control interface allows operators to manage cutting speed, pressure settings, and complex geometry processing with high precision and operational efficiency.
Core Benefits:
- User-friendly operation
- Accurate cutting path control
- Real-time motion adjustment
- Stable CNC synchronization
- Improved production efficiency
Consistent Abrasive Flow for Stable Industrial Cutting Performance
The abrasive delivery system is designed to maintain stable garnet flow during continuous waterjet cutting operations. Equipped with large-capacity abrasive storage and intelligent monitoring functions, the system supports long-duration industrial processing while minimizing interruptions.
Core Benefits:
- Stable abrasive delivery
- Reduced production interruptions
- Consistent cutting quality
- Large-capacity abrasive storage
- Improved operational efficiency
Industrial Applications of CNC Waterjet Cutting Technology
Aerospace Manufacturing
Waterjet cutting is widely used for titanium, aluminum, Inconel, and composite material processing where high dimensional accuracy and material integrity are essential.
Applications include:
- Aircraft structural components
- Turbine parts
- Carbon fiber composites
- Aerospace prototypes
Metal Fabrication Industry
Industrial fabricators use CNC waterjet systems for sheet metal cutting, structural steel processing, machine components, and custom industrial fabrication.
Applications include:
- Stainless steel fabrication
- Structural components
- Industrial machinery parts
- Precision metal processing
Architectural Stone Processing
Waterjet technology enables accurate cutting of marble, granite, quartz, porcelain slabs, and decorative stone materials for architectural applications.
Applications include:
- Countertops
- Stone medallions
- Decorative inlays
- Interior architectural design
Glass & Ceramic Processing
Our waterjet systems provide smooth, non-thermal cutting for glass, mirrors, ceramics, and brittle materials requiring high edge quality.
Applications include:
- Architectural glass
- Decorative panels
- Ceramic processing
- Interior decoration materials
Need the Right CNC Waterjet Cutting Solution?
HORD provides precision CNC waterjet cutting machines for metal, stone, glass, ceramic, and composite material processing. From standard abrasive waterjet systems to advanced 5-axis cutting solutions, our machines are engineered for accurate cutting performance, stable operation, and long-term industrial reliability.
Share your material type, thickness, and production requirements with our engineering team. We will recommend the most suitable CNC waterjet cutting solution for your application.
More Information
Understanding CNC Waterjet Cutting Technology
CNC waterjet cutting technology is widely used in modern manufacturing for processing materials that require high cutting precision, clean edge quality, and zero thermal distortion. By combining ultra-high-pressure water with abrasive media, abrasive waterjet systems can accurately cut metal, stone, glass, ceramics, composites, rubber, and engineered industrial materials while preserving their original material properties.
Unlike thermal cutting technologies such as laser or plasma cutting, CNC waterjet cutting is a non-thermal process that does not generate heat-affected zones, material hardening, oxidation, or edge burning. This makes waterjet technology especially suitable for precision fabrication applications involving sensitive alloys, reflective metals, laminated materials, and complex industrial components.
Modern industrial waterjet systems are capable of processing intricate contours, internal cutouts, sharp corners, bevel edges, and complex geometries with high dimensional consistency. Advanced CNC motion control and dynamic 5-axis cutting technology further improve cutting flexibility for demanding industrial manufacturing environments.
Because of its multi-material compatibility and minimal mechanical stress, waterjet cutting has become an important solution for manufacturers seeking versatile processing capability across aerospace, automotive, architecture, metal fabrication, glass processing, and advanced engineering industries.
Why Manufacturers Choose Waterjet Cutting Technology
Compared with conventional thermal cutting processes, CNC waterjet systems offer several advantages for precision industrial fabrication and multi-material processing applications.
Key Benefits
- No heat-affected zones or thermal deformation
- Excellent edge quality with minimal secondary finishing
- Suitable for metal, stone, glass, composites, and engineered materials
- Accurate cutting for complex contours and internal geometries
- Effective processing of reflective and heat-sensitive materials
- Reduced mechanical stress during cutting operations
- Flexible cutting capability for both thin and thick materials
Typical Industrial Uses of CNC Waterjet Cutting
Industrial waterjet cutting technology is widely adopted across manufacturing sectors that require precision processing, flexible material compatibility, and high-quality edge performance.
Common Applications
- Aerospace structural components
- Automotive metal and composite parts
- Stainless steel and sheet metal fabrication
- Architectural stone and decorative inlays
- Glass panels and ceramic processing
- Carbon fiber and composite manufacturing
- Industrial machinery and equipment components
Waterjet Cutting vs Laser Cutting vs Plasma Cutting
| Feature | Waterjet Cutting | Laser Cutting | Plasma Cutting |
|---|---|---|---|
| Cutting Method | Cold Cutting | Thermal Cutting | Thermal Cutting |
| Heat-Affected Zone | None | Yes | Significant |
| Material Distortion | Minimal | Possible | High |
| Thick Material Processing | Excellent | Limited | Good |
| Reflective Metal Cutting | Excellent | Limited | Moderate |
| Composite Material Cutting | Excellent | Poor | Poor |
| Edge Quality | Smooth | Clean | Rough |
| Secondary Finishing | Minimal | Sometimes Required | Frequently Required |
| Thermal Damage | None | Present | Severe |
| Multi-Material Capability | Excellent | Moderate | Limited |
Future Trends in Industrial Waterjet Cutting
As industrial manufacturing continues to evolve, CNC waterjet cutting technology is becoming increasingly automated, efficient, and digitally integrated. Modern waterjet systems now incorporate intelligent CNC control, dynamic multi-axis cutting, improved abrasive management, and advanced pressure control systems to support higher productivity and more complex manufacturing requirements.
With growing demand for precision fabrication, lightweight materials, and multi-material processing, industrial waterjet cutting continues to expand across aerospace engineering, electric vehicle manufacturing, architectural fabrication, renewable energy, and advanced industrial production sectors worldwide.
