CS2613 - Airco Style 261 Size 3 Acetylene Cutting Tip

High-Performance Industrial Cutting Consumables

The Victor Cutskill CS2613 is a premium-quality replacement cutting tip designed to meet the rigorous demands of industrial metal fabrication and demolition. Engineered as a direct replacement for the Airco Style 261-3, this consumable is an essential component for professionals utilizing Airco-compatible oxy-fuel torches. The CS2613 is a Size 3 tip, specifically calibrated to deliver optimal oxygen and acetylene flow for cutting mild steel ranging from 2 inches to 3 inches in thickness. Its precision manufacturing ensures consistent flame characteristics, allowing for clean, slag-free cuts that reduce secondary machining and grinding time.

Constructed from high-grade copper, the one-piece design of the CS2613 maximizes heat transfer and durability, ensuring the tip withstands the high thermal stresses associated with continuous cutting operations. The one-piece configuration is standard for acetylene service, providing a robust and safe gas mixing path within the tip itself. This design minimizes the risk of flashback compared to multi-piece alternatives when used with acetylene. Industrial procurement managers and facility supervisors can rely on the Victor Cutskill line to provide OEM-level performance at a value-driven price point, ensuring that maintenance budgets are optimized without compromising on safety or operational efficiency.

In heavy industrial environments such as shipyards, structural steel plants, and scrap recycling facilities, the reliability of cutting equipment is paramount. The Victor Cutskill CS2613 ensures that your Airco style torches perform at their peak. Whether used in manual hand-cutting torches or machine cutting setups, this tip delivers the stable preheat flame and powerful cutting oxygen stream necessary to pierce and sever heavy plate. By maintaining a stock of these essential consumables, operations can avoid costly downtime and ensure that project timelines are met with precision and speed.