Technical Dispatches
Precision Bandsaw Blades & Tooling
Access our comprehensive evaluation database and TPI parameter charts for optimal cutting performance and material compatibility.
- Milled teeth are 50 PERCENT SHARPER than competitors stamped or crush ground blades
- Precision Induction hardening throughout the blade vs competitors flame hardening
- Tooth edge is 20 PERCENT harder than any high carbon steel resulting in extended sharp time
- Matrix II high speed steel edge of the band saw blade is designed for heat and wear resistance
- 8% Cobalt Content For Added Durability & Wear
- Rc 65-67 Tooth Hardness For Increased Wear Resistance
- Bi-metal type, M42 grade, 93″ long, 3/4″ wide, 0.035″ thick, 8/12TPI teeth profile
- 8/12TPI is for small diameter tubes and solid bars
- Perfect for soft ferrous metal only
Technical Comparison Matrix
Evaluate key parameters for M42/M51 bimetal and Carbide TCT tooling across common industrial applications.
| Blade Type | TPI Range | Material | SFM (avg) | Coolant Ratio | Break-in Protocol |
|---|---|---|---|---|---|
| M42 Bimetal | 4/6 – 10/14 | Carbon Steel, Alloys | 150-250 | 1:10 | 300cm² @ 50% feed |
| M51 Bimetal | 6/10 – 12/16 | Stainless Steel, Tool Steel | 100-200 | 1:8 | 400cm² @ 50% feed |
| Carbide TCT | 2/3 – 4/6 | Hardened Steel, Cast Iron | 80-150 | 1:12 | 200cm² @ 50% feed |
Curated Selection
M42, M51 Bimetal & Carbide TCT Blades
Our dispatches evaluate tooth pitch, cobalt composition ratios, and chip clearance mechanics. Each blade is selected for proven shop-floor performance.
M42 Bimetal Performance
Optimized for structural steel and high-temp alloys, delivering consistent chip load balance and extended blade life.
M51 Bimetal Longevity
Engineered for extended production runs, maintaining tooth geometry through rigorous break-in protocols and high-wear applications.
Carbide TCT Precision
Designed for extreme hardness materials, offering superior cutting accuracy, reduced vibration, and enhanced surface finish.