🆕 Smith Little Torch Oxygen Regulator for Accurate & Fine Torch Flame Adjustment (Max Outlet 20psi)

Product Description

This oxygen regulator is specifically designed for the Smith Little Torch, providing the extremely low and finely controlled oxygen pressure needed to achieve a stable, precise micro-flame. Standard oxygen regulators are built for high-pressure applications and cannot deliver the gentle, granular adjustments required for delicate jewellery soldering. This specialised low-output regulator ensures smooth performance and exceptional flame control.

All fittings and components comply with Australian and New Zealand gas standards, making it fully suitable and safe for use in AU/NZ jewellery workshops. With a maximum outlet pressure of 20 psi, the regulator allows precise tuning across the low-pressure range, helping the Smith Little Torch maintain a clean, predictable flame for intricate bench work.

Key Features

• Designed for Smith Little Torch: Provides the low, stable oxygen flow required for micro-torch operation
• Fine Flame Adjustment: Highly sensitive control for accurate flame shaping
• Low-Pressure Performance: Max outlet pressure of 20 psi for precise micro-flame tuning
• Consistent Output: Ensures smooth, repeatable flame behaviour without pressure spikes
• Durable Build: Made for daily professional workshop use

Why This Regulator Matters

The Smith Little Torch requires exceptionally low and stable oxygen pressure to produce its signature pinpoint flame. Using a standard regulator can result in unstable flames, excessive pressure, or difficulty maintaining a small tip flame. This specialised regulator ensures:

• Safe, appropriate oxygen feed for micro-torch use
• Improved accuracy for delicate soldering and fine joins
• Smoother and more predictable flame control
• Better performance when working near gemstones or small components

Applications

• Fine jewellery soldering
• Delicate micro-flame work
• Small join soldering, chain repair, and precision tasks
• Any Smith Little Torch setup requiring controlled low-pressure oxygen