If you’re in the tile, stone, metal, or architectural fabrication business, chances are you’ve already considered adding a 3-axis waterjet cutting machine to your production line. Known for its cold cutting, high precision, and “cuts almost anything” capability, the 3-axis waterjet has become a highly versatile tool across fabrication shops, engineered stone manufacturers, metal workshops, and architectural finishing companies.
But with so many models, specs, and configurations on the market—plus significant price differences—how do you choose the right one?
This comprehensive guide walks you through everything you need to know: how waterjets work, what materials they cut, common machine sizes, how to choose the correct configuration, and why many global users prefer HORD Machinery as a long-term manufacturing partner.
How a 3-Axis Waterjet Cutting Machine Works
A 3-axis waterjet cutting machine uses an ultra-high-pressure pump to generate a focused jet of water mixed with abrasive garnet. This water-abrasive stream exits the cutting head at supersonic speeds and erodes material along a programmed path—without heat, burning, or material distortion.
Core Operating Principles
- Computer-controlled motion (CNC):
The machine moves the cutting head along the X, Y, and Z axes using G-code generated from CAD drawings. - Abrasive waterjet cutting:
High-pressure water (up to 60,000 psi / 4200 bar) mixes with garnet abrasive to cut extremely hard materials. - Cold cutting:
Since no heat is produced, there are no heat-affected zones, no burns, and no structural deformation. - Smooth cutting edges:
Ideal for precise openings, intricate shapes, and finish-ready edges on stone, ceramics, metal, and more.
What Materials Can a 3-Axis Waterjet Cut?
One of the greatest strengths of a waterjet is its ability to cut almost any flat material—from soft plastics to ultra-hard stone or metals.
Common Compatible Materials
- Ceramic tiles, porcelain, mosaics
- Sintered stone, large-format stone slabs
- Marble, granite, quartz, engineered stone
- Stainless steel, carbon steel, aluminum, copper, titanium
- Glass (including laminated and tempered for specific applications)
- Composite materials, carbon fiber, rubber, plastics, and more
Real-World Applications
- Tile shops: custom cuts, miters, sink cutouts, decorative shapes
- Stone fabrication: countertops, stair treads, slab resizing
- Metal workshops: sheet metal parts, brackets, intricate profiles
- Construction & interior design: signage, decorative screens, engineering components
- Custom manufacturing: prototypes, industrial parts, small-batch production
Waterjets are valued for their combination of precision, versatility, and zero-heat distortion, making them an essential tool in modern fabrication.
Common 3-Axis Waterjet Sizes and Their Ideal Use Cases
Waterjets come in a variety of table sizes, each designed for specific types of materials and business needs.
1300 × 1300 mm (1313)
A compact model for smaller parts and metal components.
Best for: metal shops, glass craft studios, prototyping labs.
2000 × 1500 mm (2015)
A balanced size for mixed-material fabrication.
Best for: small stone shops, custom fabrication studios.
3000 × 2000 mm (3020) — Most Popular for Tile & Stone Shops
The industry’s best-selling size for full stone slabs and tile sheets.
Best for: porcelain tile shops, countertop studios, engineered stone processors.
4000 × 2000 mm (4020) — For Oversized Slabs
Handles large-format stone slabs, ultra-compact surfaces, and long metal sheets.
Best for: high-volume stone factories, architectural fabrication.
4000 × 1600 mm (4016) — Popular Among International Buyers
Optimized for container loading and transportation.
Best for: overseas buyers needing efficient shipping configurations.
What Is Included in a Complete 3-Axis Waterjet Cutting System?
A production-ready waterjet system includes several core components. Missing any of these will affect operation, performance, or machine lifespan.
1. Cutting Table (Main Machine Body)
- Gantry structure for high stability and precision
- XYZ axis motors, gearboxes, and linear guides
- Cutting head with mixing tube, nozzle, and abrasive inlet
- Catch tank for water and abrasive collection
- Optional abrasive removal systems for efficiency
2. Ultra-High-Pressure Pump (Intensifier Pump)
- The most critical part of the waterjet
- Generates up to 4200 bar / 60,000 psi
- Determines cutting speed, thickness capacity, and stability
3. Abrasive Feeding System
- Provides continuous garnet supply to the cutting head
- Ensures uniform cutting quality and consistent flow
4. CNC Control Cabinet
- The “brain” of the machine
- Reads G-code, manages motion control, handles speed adjustments
- Includes touchscreen or industrial PC operation interface
5. Cooling Tower / Chiller
- Maintains pump temperature
- Prevents overheating during long production shifts
HORD Machinery ships complete systems with all required components included—no hidden add-ons, no missing parts. Machines are ready for production upon installation.
How to Choose the Right 3-Axis Waterjet: Professional Buyer’s Checklist
Selecting the correct waterjet depends on your material, project scope, and production volume. Here’s how to make the right decision:
1. Identify Your Main Cutting Materials
- Tile / Stone / Porcelain / Sintered Stone → 3020 or 4020
- Metal Fabrication → 1313 or 2015
- Oversized Ultra-Large Slabs → 4020 or 4016
2. Match the Machine Size to Your Material Size
Always choose a machine larger than your biggest sheet.
Undersized machines limit workflow and reduce production efficiency.
3. Check Pump Power and Pressure
- For stone & metal → 4200 bar recommended
- Higher pressure = faster cutting and cleaner edges
- Pump reliability directly affects yearly operating costs
4. Evaluate Cutting Precision
Look for:
- ±0.1 mm accuracy or better
- Rigid frame design
- High-quality linear guides and servo motors
5. Consider After-Sales Support & Parts Availability
A waterjet is a long-term industrial investment.
Reliable support = more uptime = higher profitability.
Why Many Global Buyers Choose HORD Machinery
Located in Foshan, China—one of the world’s major ceramic and stone fabrication hubs—HORD Machinery has developed a strong reputation for manufacturing reliable, high-performance waterjet systems.
Key Advantages
1. Heavy-duty machine structure
Built for long-term stability and high-precision stone cutting.
2. Consistent cutting accuracy
Engineered with industrial-grade linear components and rigid gantry frames.
3. High-performance intensifier pumps
Powerful, low-failure-rate pumps designed for continuous production.
4. Global after-sales service
Fast spare parts supply and multi-language technical support.
5. Export-friendly design
Customizable voltage, safety standards, software, and machine sizing.
From tile shops to large stone factories to custom fabrication studios, HORD Machinery machines are known for their strength, stability, and dependable performance in demanding production environments.
Final Thoughts
A 3-axis waterjet cutting machine can dramatically expand your fabrication capabilities, improve cutting quality, and open new business opportunities. By understanding the machine’s core components, available sizes, and selection criteria, you can confidently invest in the right system for your production needs.
For many global fabricators, HORD Machinery offers the ideal combination of reliability, precision, and service—making it a trusted long-term equipment partner.
Tags: waterjet cutting machine, 3-axis waterjet, waterjet buyer guide, stone fabrication equipment, tile cutting machine, CNC waterjet, HORD Machinery, industrial cutting solutions, abrasive waterjet system
