High-Precision Multi-Wire Cutting: Premium Diamond Wire from China Suppliers and Factory for Superior Performance
Product Features
7 Jan 2019
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High Efficiency: Achieves cutting efficiency more than three times that of traditional cutting methods, significantly reducing cutting time.
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Environmental Protection: Eliminates the need for mortar, simplifying the waste treatment process and enhancing environmental friendliness.
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High Precision: Ensures a high yield of finished products with exceptional processing precision.
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Cost Reduction: Lowers investment in fixed assets, reducing the required investment in cutting equipment by more than 50% for the same capacity.

Diamond wire for cutting magnets to cut magnets into pieces or blocks

Diamond wire for cutting silicon to cut silicon and semiconductor materials into straight sheets

Diamond wire for cutting sapphire to cut sapphire, magnets, glasses into straight sheets
Technical Parameters
| SPEC | Wire diameter(μm) | Busbar Diameter(μm) | Breaking tension(N) | Application Areas |
|---|---|---|---|---|
| Φ55 | 70±5 | 55±2 | ≥11 | Semiconductor material cutting |
| Φ60 | 75±5 | 60±2 | ≥13 | |
| Φ70 | 80±5 | 70±2 | ≥17 | |
| Φ80 | 90±5 | 80±2 | ≥20 | |
| Φ90 | 100±5 | 90±2 | ≥28 | |
| Φ100 | 110±5 | 100±2 | ≥30 | |
| Φ110 | 120±5 | 110±2 | ≥34 | |
| Φ80 | 80±5 | 60±2 | ≥13 | Rare earth magnets, optical glass, silicon carbide cutting |
| Φ90 | 90±5 | 70±2 | ≥17 | |
| Φ100 | 110±5 | 80±2 | ≥22 | |
| Φ110 | 115±5 | 85±2 | ≥22 | |
| Φ120 | 120±5 | 90±2 | ≥28 | |
| Φ140 | 145±5 | 100±2 | ≥30 | |
| Φ150 | 150±10 | 110±2 | ≥35 | |
| Φ160 | 160±10 | 110±2 | ≥35 | |
| Φ170 | 170±10 | 120±3 | ≥40 | |
| Φ180 | 180±10 | 125±3 | ≥44 | |
| Φ190 | 190±10 | 135±3 | ≥50 | |
| Φ200 | 200±10 | 140±3 | ≥55 | |
| Φ220 | 220±10 | 160±3 | ≥70 | |
| Φ230 | 230±10 | 170±3 | ≥75 | Functional ceramics, alloy materials, sapphire cutting |
| Φ250 | 250±10 | 180±3 | ≥88 | |
| Φ270 | 270±20 | 200±3 | ≥130 | |
| Φ300 | 300±20 | 240±3 | ≥160 | Crystalline Silicon, Jade, Sapphire Open Square Truncation |
| Φ350 | 350±20 | 260±3 | ≥185 | |
| Φ380 | 380±25 | 300±3 | ≥230 | |
| Φ450 | 450±25 | 350±3 | ≥300 |
Note: 1, according to customer needs can be customized special specifications; 2, the actual value of the parameters of the specifications to the two sides to determine the standard shall prevail

Semiconductor

Microcrystalline Glass

Sapphire

Silicon Carbide Crystals

Rare Earth Materials
Frequently Asked Questions
What are the main advantages of this diamond wire cutting method?
This cutting method offers high efficiency (more than three times traditional methods), environmental protection (no mortar required), exceptional processing precision for high yield, and significant cost reduction.
How does the diamond wire reduce production costs?
It lowers investment in fixed assets by reducing the required investment in cutting equipment by more than 50% for the same production capacity.
What materials can be cut using this diamond wire?
It is widely used for cutting semiconductors, rare earth magnets, optical glass, silicon carbide crystals, sapphire, functional ceramics, alloy materials, crystalline silicon, and jade.
Can the specifications of the diamond wire be customized?
Yes, special specifications can be customized according to customer needs. The actual value of the parameters will be determined and agreed upon by both parties.
What is the wire diameter range available?
The wire diameter ranges from 70±5 μm (for Φ55 specifications) up to 450±25 μm (for Φ450 specifications) depending on the application area.
Why is this cutting process considered environmentally friendly?
It eliminates the need for mortar during the cutting process, which simplifies waste treatment and significantly enhances environmental friendliness.



