Snail Tools Extreme-Precision Double Layer Laser Nozzle (D1.2E Aperture)

Description

Snail Tools | MDH101 Series D1.2E Enhanced Double Layer Nozzle

The Snail Tools MDH101 Double Layer Laser Nozzle (D1.2E) is specifically engineered for North American fabricators who demand the absolute highest level of detail and quality from their high-power fiber laser systems. The 1.2mm aperture with the ‘E’ specification signifies an enhanced internal geometry that delivers an exceptionally stable and focused high-pressure gas stream, crucial for micro-cutting applications.

This combination is perfect for achieving the narrowest kerf width and cleanest, dross-free edges on thin-to-medium gauge materials, maximizing the complexity and tolerance of cut parts. The Double Layer design is paramount, ensuring that while the inner core delivers the precise gas flow, the outer layer provides critical protection to the laser head optics from heat and spatter.

Key Features for North American Manufacturing Success:

Extreme Precision (1.2mm): Engineered for micro-detail and high-tolerance cutting, minimizing material waste and enabling complex part nesting.

Enhanced Gas Dynamics (E-Type): The specialized ‘E’ design improves gas flow laminarization, ensuring the stream remains stable and focused even at high pressure, which is vital for fine apertures.

Double Layer Protection: The dual-cone structure provides superior gas guidance and effectively shields internal components from damage associated with high-power cutting.

Performance Stability: Designed to maintain consistent cut quality and prevent gas turbulence, ensuring reliable results across long production runs.

Specifications

Condition	New
Snail Tools Code	MDH101 (Internal Reference) Used for precise inventory tracking.
Nozzle Type	Double Layer (Enhanced/E-Type) Specialized geometry for ultra-stable gas dynamics.
Aperture (Orifice)	1.2mm Optimal for extreme precision and narrow kerf cutting.
Design Feature	D1.2E Denotes an Enhanced conical internal design for optimized flow.
Material	High-Grade Copper Alloy Excellent thermal and electrical properties for stability.
Target Application	Thin/Medium Gauge Metals, Micro-Components Ideal for high-detail, high-tolerance cutting under high pressure.