Sintered Stone Waterjet Cutting Speed Reference
Actual cutting speed depends on:
- Material hardness
- Thickness
- Abrasive flow
- Cutting quality requirements
- Machine configuration
The following values are general references:
| Material | Thickness | Typical Cutting Speed |
|---|---|---|
| Porcelain Slab | 6 mm | 2500-4000 mm/min |
| Porcelain Slab | 12 mm | 1500-2500 mm/min |
| Sintered Stone | 20 mm | 800-1500 mm/min |
| Ultra Compact Surface | 30 mm | 500-1000 mm/min |
Factors Affecting Cutting Speed
Material Density
Denser materials require slower cutting speeds to maintain edge quality.
Edge Quality Requirements
For premium countertop fabrication, slower cutting speeds provide:
✔ Better edge finish
✔ Reduced chipping
✔ Higher dimensional accuracy
Complex Shapes
Intricate designs, curves, and bevel cutting require optimized speeds compared with straight cutting.
Sintered Stone Waterjet Cutter vs Traditional Cutting Methods
Waterjet vs Bridge Saw vs CNC Router
| Feature | Waterjet Cutter | Bridge Saw | CNC Router |
|---|---|---|---|
| Heat Damage | None | Possible | Possible |
| 45° Bevel Cutting | Excellent | Limited | Good |
| Complex Shapes | Excellent | Limited | Good |
| Sink Openings | Excellent | Limited | Good |
| Material Stress | Minimal | Higher | Medium |
| Edge Quality | Excellent | Requires finishing | Requires finishing |
| Porcelain Slab Processing | Excellent | Challenging | Limited |
| Material Waste | Low | Medium | Medium |
Why Choose HORD Sintered Stone Waterjet Cutter?
Professional Waterjet Manufacturing Experience
HORD specializes in CNC abrasive waterjet technology and provides complete cutting solutions for stone, porcelain slab, and advanced surface fabrication industries.
Designed for Modern Slab Fabrication
The market is moving toward:
- Larger slabs
- More complex designs
- Seamless joints
- Integrated sinks
- Premium finishes
HORD waterjet systems are engineered specifically for these advanced applications.
Complete Technical Support
HORD provides:
✔ Machine configuration consulting
✔ Production solution design
✔ Installation guidance
✔ Operator training
✔ Remote technical support
✔ Spare parts supply
FAQ
Can a waterjet cutter cut sintered stone?
Yes. Abrasive waterjet cutting is one of the best methods for processing sintered stone because it cuts without heat and minimizes edge damage.
Can waterjet cut porcelain slabs?
Yes. HORD Sintered Stone Waterjet Cutter is designed for porcelain slabs, ceramic panels, and ultra-compact surfaces used in countertop and architectural applications.
Can a waterjet cut 45 degree angles on sintered stone?
Yes. A 5-axis waterjet cutting head can perform precise 45° bevel cutting for seamless countertop joints, waterfall edges, and integrated sink fabrication.
Is waterjet better than a saw for porcelain countertops?
For simple straight cuts, saw cutting can be efficient. However, waterjet provides greater flexibility for complex shapes, bevels, curves, and premium countertop fabrication.
Can waterjet make seamless porcelain sinks?
Yes. With accurate 45° cutting and CNC control, waterjet technology can produce integrated porcelain and sintered stone sink solutions.
Which brands of sintered stone can be cut by waterjet?
Waterjet machines can process many premium surfaces including Dekton®, Neolith®, Lapitec®, Laminam®, and other porcelain-based materials.
Does waterjet damage sintered stone?
No. Because waterjet is a cold-cutting process, it avoids thermal damage and significantly reduces cracking and edge chipping.
How much maintenance does a sintered stone waterjet cutter require?
Routine maintenance includes checking abrasive components, replacing worn nozzles, maintaining the pump system, and cleaning the cutting tank.


















