Snail Tools | MD101 Series 1.8mm Double Layer Nozzle for Enhanced Control
The Snail Tools MD101 Double Layer Laser Nozzle is engineered for North American fabricators who require exceptional control and high-precision detail in their cutting operations. With a refined aperture, this nozzle allows for superior focus of the assist gas stream, optimizing material expulsion and resulting in a clean, narrow kerf essential for intricate parts and complex geometries.
The robust Double Layer design provides stability under demanding, high-pressure cutting conditions. The inner layer shapes the gas stream for quality cuts, while the outer shield protects the expensive cutting head from thermal stress and debris, maximizing the lifespan of your critical equipment.
Key Features for North American Metalworking Success:
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Precision Aperture: The opening is engineered to achieve a narrow kerf width, delivering high edge quality and precise results, particularly on medium-thickness materials.
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Optimized Gas Dynamics: Designed for superior performance across various high-pressure cutting applications, ensuring effective melt removal and consistent results for materials like stainless steel and carbon steel.
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Reliable M28 Fit: Features the standard thread connection for secure and stable mounting on a wide array of compatible fiber laser cutting heads.
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Durability and Longevity: Manufactured from high-grade copper alloy with anti-spatter protection to resist erosion, reducing the need for frequent replacements and lowering operational costs in the US and Canada.
| Feature | Specification / Value | Technical Note |
| Snail Tools Code | MD101 (Internal Reference) | Used for precise inventory management. |
| Nozzle Type | Double Layer (Coated Copper) | Designed for high-pressure gas stability and head protection. |
| Aperture (Orifice) | 1.8mm | Ideal for narrow kerf, high-precision cutting. |
| Attachment Size | M28 Thread | Standard metric threading for secure laser head mounting. |
| Material | High-Grade Copper Alloy | Ensures excellent thermal and electrical conductivity. |
| Target Application | High-Precision Cutting, Various Metals | Optimized for clean edges and detailed geometry under high pressure. |






















