CS1101000 - Victor Cutskill 1-101-000 Acetylene Cutting Tip, Size 000, 1/8-Inch Capacity

Technical Overview of the Victor Cutskill 1-101-000

The Victor Cutskill 1-101-000 is a specialized acetylene cutting tip designed for precision applications requiring a low heat input and a narrow kerf. As part of the Series 1, Type 101 family, this consumable is engineered to interface seamlessly with industry-standard Victor oxy-fuel equipment. The tip features a one-piece construction, a design characteristic preferred for acetylene gas due to its ability to withstand the specific thermal dynamics of the oxy-acetylene flame. The internal geometry is machined to facilitate a stable pre-heat flame and a focused cutting oxygen stream, essential for maintaining cut quality on thinner materials.

This specific model, Size 000, is calibrated for a cutting capacity of approximately 1/8 inch (3.2 mm). It is designated for use with Acetylene fuel gas only. The tip is compatible with a wide range of Victor torch handles and cutting attachments, specifically those within the 300 Series. This includes the H315FC and 315FC torch handles, as well as the CA2460 (90 degree), CA2461 (75 degree), and CA2462 (180 degree) cutting attachments. It also fits straight torches such as the ST2600FC, ST100FC, and ST900FC, and machine torches like the MT200 and MT300. The broad compatibility makes it a versatile component for workshops utilizing standard Victor apparatus.

Manufactured in Mexico under the Cutskill trade name, this tip represents a general-purpose solution for both hand and machine cutting operations. The physical dimensions are approximately 0.9 x 0.9 x 3.4 inches, adhering to the standard form factor for Series 1 tips. Operators should ensure that gas pressures are set according to the manufacturer's charts for Size 000 tips to prevent backfires and ensure optimal cut quality. The copper alloy construction ensures efficient heat dissipation, prolonging the service life of the tip even under continuous use cycles typical in fabrication environments.