Fly-cutter reamer is more suitable for hard soil and it can be customized according to different requirements.
1. Superior Flexibility and Efficiency：One machine offers multiple uses, covering a wide range of applications: This is its most significant advantage. A single blade-type reamer can be adjusted to handle reaming operations within a specific diameter range (e.g., 50mm to 120mm). This eliminates the need for dedicated, fixed-size tools for each specific hole size, significantly reducing tool inventory and costs.
2.Saves Tool Change Time: When machining holes of varying sizes, operators can simply adjust the blade expansion size without having to frequently replace the entire tool. This significantly improves productivity and is particularly suitable for high-mix, low volume
production.
3. High Processing Precision and Surface Quality ：High-Precision Hole Diameter Control: High-quality blade-type reamers enable precise diameter adjustment and meet stringent tolerance requirements (typically up to IT7-IT8).
①Excellent Surface Finish: Due to its multi-tooth, symmetrical design, cutting forces are evenly distributed, resulting in a smooth cutting process with minimal vibration. This results in a superior hole surface finish compared to conventional drills or single-point tools.
②Excellent Linearity and Roundness: Multiple blades perform simultaneous, symmetrical cutting, effectively correcting defects such as skew and ovality in the original hole, ensuring straightness and roundness after reaming.
4. Powerful Cutting Performance and Chip Evacuation ：Chip Segmentation Design: The cutting teeth on the blades are typically staggered and layered, breaking wide chips into smaller segments, significantly improving chip evacuation.
①Smooth Chip Evacuation: A well-designed chip evacuation design effectively prevents chips from becoming clogged in the hole, minimizing scratches on the machined surface and preventing tool damage and machining interruptions caused by poor chip evacuation.
②Balanced Cutting Force: The symmetrically distributed blades offset radial cutting forces, evenly loading the spindle, extending machine spindle life and maintaining machining stability.
