1. Introduction
When cutting hard and brittle materials such as quartz, ceramics, graphite, or silicon carbide, even the smallest process mismatch can cause microcracks, uneven surfaces, or excessive material loss.
A custom diamond wire saw is designed to address these challenges by tailoring every parameter—precision, cutting size, angle, cooling, automation, and electrical system—to your specific production needs.
This guide explains how to evaluate and select a custom diamond wire saw, from requirement definition to validation and delivery.
2. When Do You Need a Custom Diamond Wire Saw?
A custom-built system becomes essential when your application requires any of the following:
- Higher cutting precision (±0.02 mm or better) for optical or semiconductor materials.
- Larger cutting size, such as blocks up to Ø 2500 mm or irregular dimensions.
- Specific cutting angles or geometry, including tilted or multi-directional slicing.
- Customized cooling or dust-extraction systems for dry or wet processing environments.
- Industry 4.0 integration, enabling remote monitoring, data collection, and predictive maintenance.
- Electrical / voltage adaptation for global installations (e.g., 380 V China ↔ 480 V USA systems).
➡️ In short, customization enhances accuracy, adaptability, and compatibility, not unnecessary complexity.
3. Step 1: Define Your Cutting Requirements
Clear technical requirements determine the entire customization path.
Before approaching a supplier, list these details:
- Material type (e.g., SiC, graphite, sapphire, quartz)
- Desired cutting precision and tolerance
- Maximum workpiece size and shape
- Required cutting angle or direction
- Cooling preference (air / water / vacuum extraction)
- Production mode (lab testing vs mass production)
- Automation and Industry 4.0 data requirements
- Local voltage standard and safety compliance
👉 Tip: The more accurately you define your process, the closer the final machine will match your expectations.
4. Step 2: Evaluate the Manufacturer’s Engineering Capability
Not all suppliers truly “customize” — some simply modify a standard model.
A genuine customization partner should offer:
- Independent mechanical + software design ability
- Experience with multi-axis CNC motion control
- 3D simulation and vibration analysis before production
- In-house sample cutting and precision testing
- Experience integrating smart control systems そして voltage adaptations
VIMFUN follows an in-house R&D and modular design process, ensuring each custom system aligns precisely with your materials and workflow.
5. Step 3: Review Core Technical Specifications
| パラメータ | Customizable Range | 説明 |
|---|---|---|
| ワイヤー径 | 0.35 – 0.80 mm | Determines kerf width & surface quality |
| 切断精度 | ± 0.02 – 0.05 mm | Defines tolerance level |
| Cutting Size | Up to Ø 2500 mm | For large or irregular materials |
| Cutting Angle | 0 – 90° adjustable | Enables inclined or layered slicing |
| ワイヤースピード | Up to 80 m/s | Balances cutting rate & surface finish |
| 冷却システム | Air / Vacuum / Liquid optional | Prevents cracks & dust accumulation |
| Voltage System | 220 V / 380 V / 480 V | Global electrical compatibility |
| Smart I/O Interface | Ethernet / RS485 / IoT | Industry 4.0 data connection |
These parameters define how far your custom machine can go in terms of performance and stability.
6. Step 4: Understand the Customization Workflow
A structured customization process ensures predictable results.
1️⃣ Technical Consultation – Analyze cutting needs, materials, and site conditions.
2️⃣ コンセプト・デザイン – Determine structure, control logic, and electrical system.
3️⃣ Prototype Validation – Perform trial cutting to verify precision and surface quality.
4️⃣ Production & Assembly – Manufacture components and integrate software control.
5️⃣ Factory Acceptance Test (FAT) – Verify all parameters before shipment.
6️⃣ On-site Installation & Training – Ensure smooth operation and calibration.
👉 VIMFUN’s カスタムソリューション follow exactly this full-cycle model, from concept to commissioning.
7. Step 5: Verify Cutting Performance and Process Compatibility
Before finalizing the order, validate performance with real data rather than promises.
Request a sample test using your own material and examine:
- Dimensional precision and flatness
- Surface roughness (Ra value)
- Kerf width & material utilization rate
- Cycle time & wire lifespan
Observe machine operation (onsite or via video):
- Stability & vibration control
- Feed smoothness and angle accuracy
- Cooling and dust-removal efficiency
- User interface logic and monitoring function
Only when data and process validation align can the machine be considered production-ready.
8. Step 6: Plan for After-Sales and Future Upgrades
A good custom wire saw should evolve with your production demands.
Confirm the manufacturer provides:
- Remote diagnostics and software updates
- Modular design for functional expansion
- Long-term spare-part supply (≥ 5 years)
- Continuous engineering support for new materials
- Compatibility with MES / ERP systems for digital factory environments
VIMFUN’s engineering team ensures every custom system stays upgradeable, smart, and globally serviceable.
9. Conclusion
Choosing a custom diamond wire のこぎり is more than buying a machine—it’s building a precise, intelligent cutting platform for your future production.
Customization allows you to optimize precision, size, angle, cooling, and system integration according to your materials and industrial environment.
With tailored voltage and Industry 4.0 compatibility, your production line becomes both accurate and globally adaptable.
👉 Explore our Custom Solutions Page
and start building a diamond wire saw that perfectly fits your application.
