Ultra-Precision Copper Laser Welding Nozzle (AS10D / M16 Thread / 32mm)

Snail Tools | AS10D Series M16 Laser Welder Nozzle for Micro Dual Wire Welding

The Snail Tools AS10D Laser Welding Nozzle is a cutting-edge consumable engineered for the most demanding automated and specialized fabrication that utilizes Dual Wire Feeding technology. This nozzle is characterized by the ‘D’ designation, indicating a specialized internal channel design optimized to manage two ultra-fine filler wires simultaneously, a process critical for achieving high deposition rates while strictly controlling the heat-affected zone (HAZ) on thin or sensitive materials.

The robust AS model geometry, combined with the $32\text{mm}$ length, provides the necessary stability and optimal distance for consistent dual-wire operation. The nozzle is specifically optimized for an approximate $1.0\text{mm}$ total wire capacity, enabling the use of two small-diameter wires (e.g., $2\times 0.5\text{mm}$ or $2\times 0.6\text{mm}$) for high-speed, low-distortion welding, common in the electronics and precision assembly sectors. The high-grade Copper construction guarantees superior heat dissipation, minimizing thermal distortion and maximizing the lifespan of the precision tip.

Key Features for North American Manufacturing Success:

• Dual Wire Feed Capability: The ‘D’ (Double) design is essential for specialized welding heads, significantly boosting deposition rates using micro-sized filler wire.

• Ultra-Precision Focus: Optimized for $1.0\text{mm}$ total wire capacity, allowing for minimal heat input and high travel speeds on delicate materials.

• Weld Clean Application: The nozzle’s design and copper material properties are highly suitable for use during the integrated Weld Cleaning function of advanced laser heads.

• M16 Thread & 32mm Length: Standard dimensions ensure a secure, high-concentricity fit across compatible M16 laser welding systems.

• Minimal Distortion: The use of ultra-fine dual wires allows for extremely low heat input, crucial for thin-gauge and heat-sensitive assemblies.