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The wall saw blade is welded by German Dr. Fritsch full-automatic laser welding production line featuring good performance and precise technologies.
In reinforced concrete cutting operations, efficiency and safety are the sole criteria for measuring the value of a tool. Arix U-shaped wall saw blades are designed for challenging wall cutting and deep cutting applications. We have redefined the cutting performance of wall saws: not only pursuing ultimate sharpness, but also ensuring the stability and durability of each blade under harsh working conditions.
Why choose us:
1. Extreme Sharpness: Arix uses high-quality powder and manufacturing processes, with precise formula control to ensure that the saw blade quickly sharpens to a brand-new, sharp edge when cutting reinforced concrete, significantly reducing cutting resistance.
2. Efficient Heat Dissipation
- Innovative U-groove Design: The segments features a unique "U"-shaped segmented structure. Compared to traditional flat or narrow grooves, the U-groove offers greater chip-carrying space.
- Dual Advantages: During high-speed rotary cutting, the U-groove not only quickly removes concrete debris, preventing the saw blade from jamming, but also allows airflow through the U-groove to more effectively remove heat generated by friction, effectively preventing blade burning and extending the saw blade's lifespan.

3. Extreme Stability: Arix wall saw blades use 30CrMU material for the base body. This material has excellent toughness and fatigue strength, effectively absorbing vibrations during cutting.
- tress Testing:Each substrate undergoes rigorous stress relief treatment before leaving the factory to ensure internal stress balance and prevent deformation during cutting.
- Precision Dynamic Balancing:** High-precision dynamic balancing eliminates centrifugal force deviations under high-speed rotation. This not only protects your cutting equipment spindle but also guarantees the flatness of the cut surface.
4.Absolute Safety: A high-energy laser beam fuses the segments and substrate into a single structure, achieving a bond strength far exceeding that of traditional high-frequency welding.



