Typical Applications
- Online flying cut-off of welded or formed steel tubes on tube mills where the saw tracks the moving product during cutting.
- Single and twin flying cut-off machines processing round tube, square tube, rectangular hollow sections, and similar hollow profiles.
- General tube mill production for carbon steel, alloy steel, and selected stainless steel tube applications where no heavy inner scarf remains.
- High-speed cut-to-length lines that need short cutting time, stable tracking, and reliable blade life.
Key Performance Advantages
- Tooth geometry and body design are optimized for stable cutting on moving material rather than on a fixed stationary machine.
- Helps reduce vibration, improve chip evacuation, and maintain cleaner tube ends at higher line speeds.
- Supports high uptime and lower cost per cut in general flying cut-off applications.
- A versatile cold saw blade platform for tube mills that need one strong solution for everyday online cut-off work.
Problems This Cold Saw Blade Helps Solve
- Blade chipping and unstable cut quality caused by vibration on flying saw applications.
- Production bottlenecks created by blades that cannot keep up with line speed or short cut cycles.
- Excess burr and inconsistent end finish on moving tube production lines.
- Unnecessary downtime from using stationary-style blades in true flying cut-off conditions.
Application Notes
- This is the general-purpose option for online flying cut-off when the tube does not have a heavy internal weld bead or inner scarf striking the teeth.
- Match tooth pitch, cutting speed, and feed to wall thickness, tube shape, and line speed rather than using one standard setup for every section.
- Keep machine tracking, clamping, coolant, and chip evacuation stable to protect the blade at high production speed.
- If internal scarf or weld bead impact is the main blade-life problem, use Cold Saw Blades for Flying Cut-off with Inner Scarf.
