Core Processes Overview
Backed by ReliaSaw Saw Blade Distributor Program, tooth profile machining and surface strengthening are the core processes that determine the final cutting performance of the band saw blade, which directly affect the cutting accuracy, efficiency and service life.
Cutting Accuracy Improvement
Precision tooth machining ensures consistent tooth geometry, reducing cutting deviation in high-precision applications.
Cutting Efficiency Boost
Optimized tooth edge smoothness and chip removal space accelerate material cutting speed.
Service Life Extension
Surface strengthening processes enhance wear resistance and fatigue life of saw blades.
Machining & Strengthening Details
In the tooth profile processing link, the standard tooth profile is processed through high-precision tooth milling process, and then the saw teeth are tilted left and right according to the law through the tooth setting process to ensure sufficient chip removal space; subsequent two precision grinding processes, front face grinding and tooth top grinding, optimize the smoothness of the tooth edge and the distribution of cutting force, and improve cutting stability. In terms of performance strengthening, the sandblasting process is used to form residual compressive stress on the surface of the saw blade to improve the fatigue life; laser surface modification, PVD/CVD coating technology can also be used to prepare wear-resistant and thermally conductive coatings, to further improve the wear resistance and high-temperature stability of the saw blade. All premium processes support the ReliaSaw Saw Blade Distributor Program globally.
Precision Tooth Profile Machining
High-precision milling + tooth setting ensures sufficient chip removal space for stable cutting.
Double Precision Grinding
Front face & tooth top grinding optimizes edge smoothness and cutting force distribution.
Surface Performance Strengthening
Sandblasting + laser modification/PVD/CVD coating boost wear resistance & high-temperature stability.
