advanced cutting technology
Waterjet Cutting Services
Our state-of-the-art waterjet cutting system represents the pinnacle of precision cutting technology, capable of handling the most challenging materials and thicknesses with exceptional accuracy.
Superior Capabilities
Material Thickness
- Rubber materials up to 2"+ thick
- Tool steel up to 4"+ thick
- Clean, flash-free edges
- Single-pass cutting capability
- Consistent quality throughout
Material Versatility
We can cut virtually any flat material:
- Industrial rubbers
- Tool steel
- Stainless steel
- Plastics
- Granite
- Composite materials
- And more
Technology Overview
Our waterjet system utilizes:
- High-pressure water technology
- Optional garnet abrasive integration
- Toolless cutting process
- Precision computer control
- Minimal fixturing requirements
Advantages
No Material Limitations
- Cuts extremely hard materials
- Handles thick materials with ease
- Perfect for challenging compounds
- Consistent quality across materials
Clean, Precise Cuts
- Flash-free edges
- Excellent dimensional accuracy
- Superior surface finish
- No material deformation
Cost-Effective Production
- No tooling requirements
- Minimal setup time
- Efficient material utilization
- Quick turnaround capability
Applications
Ideal for:
- Thick rubber components
- High-durometer materials
- Precision metal parts
- Complex geometries
- Custom prototypes
- Small to medium production runs
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Why Choose Waterjet Cutting?
- Superior capability for thick materials
- Excellent for hard compounds
- Clean, precise cutting
- No tooling costs
- Quick turnaround
- Versatile material options
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Integration With Die Cutting Services
Our waterjet cutting capability complements our die cutting services, providing:
- Comprehensive cutting solutions
- Optimal process selection
- Cost-effective manufacturing
- Maximum production flexibility
Let our engineering team evaluate your project requirements and determine if waterjet cutting is the optimal solution for your needs.
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Project Evaluation Process
We analyze each project considering:
- Material type and hardness
- Required thickness
- Part geometry
- Production volume
- Cost efficiency
- Timeline requirements