Stainless Steel Bandsaw Blades

AA® Advanced HSS Bi-Metal Fine Tooth 2/3 Tpi Bandsaw Blade For General Purpose Cutting AA® Powder HSS Advanced General Purpose Blade Benifits • Tooth edge made of the cutting material B2000 HSS with positive rake angle • Cost savings due to less frequent blade changes • Higher hardness than M42 HSS Features • High cutting edge stability and high wear resistance • Variable tooth pitch • Excellent cutting quality due to highly smooth and quiet running Applications • Aluminum

CB-MP® Triple-Chip Set Carbide Bandsaw Blade Benifits • Set style carbide tipped bandsaw blade based on triple chip design • Set tooth design eliminates vibration on unstable machines • High quality blade due to precision tip welding and grinding Features • Smooth surface finish • Faster cutting speeds • Excellent impact resistance • Improved blade life • Provides clearance for good chip removal Applications • Alloy Steel • Bearing Steel • Die Steel • Stainless Steel •

CB-PRO® Multi-Chip 80mm Premium Carbide Saw Blade for Difficult to Cut Materials CB-PRO® Multi-Chip Set Carbide Bandsaw Blade Benifits • Multi-chip tooth geometry designed for cutting difficult to cut materials • Carbide cutting edges with very high wear resistance • Perfect surface quality • High cutting performance for reduced cutting force Features • Tooth edges made of specific carbide • Tooth Hardness: 91.5HRA, 1600HV • Excellent blade-life reduces setup and downtime

CB-X925™ Multi-Chip Set Carbide Bandsaw Blade Benifits • Designed for extremely difficult-to-cut nickel-based alloys • Multi-chamfer ground set style carbide tipped band saw blade • Extremely high cutting rate in continuous operation Features • Tooth edges made of optimum carbide for high-strength tough materials • Multi-chip 9 tooth geometry to reduce cutting force and improve blade life • High precision multi-setting of teeth improves surface finish Applications • Large

DTCUT® M51 Extreme Cutting Rate Bi-Metal Bandsaw Blade Benifits • For large blocks in industrial production • High-precision bandsaw blade with extreme feed rate • Improved chip formation helps penetrate difficult to cut materials Features • Powder metallurgy (M51) high speed steel edge • Tooth height difference and special set design for smooth cutting • Better chip removal capability • High productivity and efficiency due to specially designed cutting geometry Applications

FICUT® M42 HSS Bi-Metal Bandsaw Blades for General Purpose FICUT® M42 General Purpose Bi-Metal Bandsaw Blade Variable pitch Benifits • M-42 high speed steel tooth edge • General purpose blade for portable bandsaw machines and hand-fed vertical bandsaw machines • Positive rake angle with variable pitch Applications • Carbon Steels • Stainless Steels • Die Steels • Structural Steels • Alloy Steels • Tool Steels • Aluminium • Bronze/Brass Tooth Form Positive rake angle Standard

AA® HSS Advanced Multi-Purpose Band Saw Blades for Production Cutting AA® Powder HSS Advanced General Purpose Blade Benifits • Tooth edge made with B2000 HSS, higher hardness than M42 • Fewer blade changes due to increased blade-life • Wide variety of materials to be machined Features • High hardness, wear resistance and toughness • High productivity due to excellent cutting rates • Stability increase in the backing material Applications • Aluminum/Copper • Carbon Steel •

TCB-MP® Triple-Chip Non-Set Ultimate General Purpose Carbide Bandsaw Blades for Production Cutting Benifits • Triple-chip unset carbide tipped bandsaw blade performs extremely well cutting performance • Advanced tooth design easily cuts a wide range of materials • High precision grinding of teeth to improve surface finish Features • Triple chip non-set tooth design • Hardened materials machined by cutting • Selected backing material for Excellent fatigue life Applications •

TANCUT® M51 HSS High Performance 27x0.90mm Industrial Band Saw Blades for Difficult to Cut Alloys Benifits • TANCUT is a high-precision milled bandsaw blade for difficult to cut materials and special alloys • For high productivity cutting • Fatigue-resistant backing material Features • Powder metallurgy (M51) high speed steel edge • High productivity cutting • Premium backing material for long fatigue life and good beam strength Applications • Alloy Steel • Bearing Steel •