Introduction
If you work with hard, brittle materials – stone, glass, ceramics, or oilstones – you know the drill.
You cut with one tool. Then you switch to another tool to smooth the edges. Then maybe a third tool for shaping or beveling.
It takes time. It takes tool changes. It takes patience.
But what if you could cut and grind in a single pass?
What if the same blade that slices through granite could also smooth the edge – without changing tools?
That's exactly what the 100mm electroplated diamond saw blade with side diamond coating does.
In this article, we'll explain how this dual-function blade works, why it's perfect for hard materials, and how it can save you time and money.
Part 1: The Problem with Traditional Cutting
Let's start with the challenge.
Cutting Hard Materials:
| Material | Cutting Challenge | Finishing Challenge |
|---|---|---|
| Granite / Marble | Hard, abrasive | Rough edges need smoothing |
| Glass | Brittle, chips easily | Sharp edges need beveling |
| Ceramic tiles | Hard, dense | Cut edges need deburring |
| Oilstones | Hard, abrasive | Need precise shaping and smoothing |
The Traditional Workflow:
| Step | Tool | Time |
|---|---|---|
| 1 | Diamond cutting blade | Cut the material |
| 2 | Grinding wheel / disc | Smooth cut edges |
| 3 | Polishing pad | Final finish |
Result: Three tools. Three steps. Time wasted on tool changes. Inconsistent quality between steps.
The solution: A blade that cuts AND grinds at the same time.
Part 2: The Solution – Cutting + Grinding in One Tool
This blade is different from standard diamond blades.
| Feature | Standard Diamond Blade | This Dual-Function Blade |
|---|---|---|
| Diamond on cutting edge | ✅ Yes | ✅ Yes |
| Diamond on side surfaces | ❌ No | ✅ Yes |
| Function | Only cutting | Cutting + grinding + shaping |
| Edge finishing | Requires separate tool | Done simultaneously |
| Tool changes | Required | Not required |
How It Works:
| Component | Function |
|---|---|
| Cutting edge (diamond coated) | Slices through hard materials |
| Side surfaces (diamond coated) | Grinds, smooths, shapes, and bevels during the cut |
One blade. One pass. Two jobs done.
Part 3: Why Electroplated Diamond?
Electroplated diamond is the ideal abrasive for hard, brittle materials.
| Feature | Benefit |
|---|---|
| Sharp diamond grains | Cuts efficiently through hard materials |
| Single layer, high exposure | Aggressive cutting action |
| Open structure | Chips fall away – no loading |
| Thin kerf | Less material waste |
| Cool cutting | Less heat – prevents cracking and chipping |
Why Diamond for These Materials:
| Material | Why Diamond is Required |
|---|---|
| Stone | Hardness (Mohs 5-7) – conventional abrasives wear quickly |
| Glass | Brittle – diamond cuts cleanly without chipping |
| Ceramics | Hard and dense – diamond cuts efficiently |
| Oilstones | Very hard and abrasive – diamond is required |
Part 4: Specifications
| Parameter | Value |
|---|---|