23-1014 - Miller Smith Little Torch Kit for Disposable Tanks 23-1014

Precision Micro-Welding with the Miller Smith Little Torch

The Miller Smith Little Torch® Outfit #23-1014 is a specialized oxy-fuel system engineered for applications requiring extreme precision and portability. Designed to operate with disposable propane and oxygen cylinders, this kit eliminates the need for heavy, pressurized industrial tanks, making it an excellent choice for field repairs, small workshops, and intricate fabrication tasks. At the heart of the system is the 11-1101C torch body, a lightweight aluminum alloy handle weighing only 1.5 ounces. This featherweight design allows operators to manipulate the flame with the dexterity of a writing instrument, reducing fatigue during prolonged jewelry repair, electronics soldering, or dental lab work.

The outfit is equipped with preset regulators specifically calibrated for disposable cylinders. The Green Oxygen Regulator (249-499B) and Red Propane Regulator (249-500B) ensure consistent flow rates without the need for complex adjustments. The included #5 Curved Tip (12-1401-05) produces a concentrated, stable flame capable of reaching temperatures up to 6000°F. This intense heat allows for the welding of steel up to 1/8-inch thick and the melting of up to 3 ounces of weldable metals, including gold, silver, and copper. The 8-foot dual hose provides ample reach, while the included cylinder holder keeps the lightweight tanks secure during operation.

Versatility is a key component of the Little Torch platform. While this kit is configured for disposable propane/oxygen, the torch handle itself is compatible with a wide range of fuel gases, including acetylene, hydrogen, and natural gas, when used with the appropriate regulators and tips (sold separately). The sapphire and ruby orifice tips available for this series (sold separately) ensure a perfectly round flame for the most delicate operations. The 23-1014 outfit provides a complete, self-contained solution for professionals who demand high-temperature performance in a compact footprint.