Snail Tools | MD103 Series 1.2mm Double Layer Nozzle for Micro-Detail
The Snail Tools MD103 Double Layer Laser Nozzle is tailored for North American precision fabricators and specialized shops focused on micro-components and extremely delicate geometries. The ultra-fine aperture delivers the most focused gas stream, achieving the smallest kerf width possible, resulting in flawless cuts with minimal heat-affected zones on thin and medium-thin gauge metals.
The advanced Double Layer construction is crucial at this level of precision. It stabilizes the high-pressure assist gas stream (inner layer) while the outer layer provides superior shielding to the costly focusing optics against spatter and heat, ensuring maximum cut consistency and extending the life of your laser head.
Key Features for North American Manufacturing Success:
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Extreme Precision: The aperture is specifically engineered for micro-detail cutting, minimizing material loss and enabling the creation of complex, high-tolerance parts.
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Superior Gas Focus: Optimized for high-pressure gas dynamics, ensuring clean, efficient melt expulsion and a smooth edge finish even on the most intricate cuts.
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Reliable M28 Fit: Features the standard thread connection for a stable, repeatable, and secure fit on compatible fiber laser heads, essential for maintaining optical alignment during fine cutting.
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Maximum Component Lifespan: Made from high-grade copper with an anti-spatter coating, this nozzle offers excellent thermal performance and durability, reducing downtime and replacement costs across the US and Canadian markets.
| Feature | Specification / Value | Technical Note |
| Snail Tools Code | MD103 (Internal Reference) | Used for precise inventory tracking. |
| Nozzle Type | Double Layer (Coated Copper) | Provides gas focusing and critical head protection under high pressure. |
| Aperture (Orifice) | 1.2mm | Ideal for extreme precision and the absolute narrowest kerf width. |
| Attachment Size | M28 Thread | Standard metric threading for compatible laser head mounting. |
| Material | High-Grade Copper Alloy | Excellent thermal and electrical properties for stability. |
| Target Application | Thin Gauge Metals, Micro-Components, High-Tolerance Work | Optimized for minimal material waste and heat input. |






















