Raw Material Cutting Tools

Engineered for Contour Cutting

• 1 Faster Cutting With M-42 High Speed Steel Tooth Edge
  Runs at twice the speed of carbon blades for faster, easier cutting
• 2 Longer Blade Life
  Lasts 10 times longer than carbon blades
• 3 For General Purpose Hand-Fed Applications
  Tool and die shops, machine shops, maintenance facilities

Applications :

• 1 Aluminum/Non-Ferrous
• 2 Stainless Steels
• 3 Carbon Steels
• 4 Tool Steels
• 5 Structural Steels
• 6 Wood
• 7 Alloy Steels

The Ultimate Multi-Purpose Blade

• 1 Designed For Long Life In General Purpose Cutting Applications
  Patented TUFF TOOTH™ design reduces tooth strippage
• 2 M-42 high speed steel edge for excellent heat and wear resistance

Applications :

• 1 Aluminum/Non-Ferrous
• 2 Alloy Steels
• 3 Carbon Steels
• 4 Stainless Steels
• 5 Structural Steels
• 6 Tool Steels

The Ultimate Multi-Purpose Blade for Production Cutting

• 1 Exceptional Blade Life
  Proprietary backing steel preparation increases fatigue life and minimizes band breaks Robust M42 high speed steel edge provides superior heat and wear resistance
• 2 Extremely Versatile
  Cuts a wide range of metals from low carbon steels to higher strength alloys Advanced design enables production cutting of solids and structurals Positive rake angle improves tooth penetration on saws with limited feed force
• 2 CONSISTENT PERFORMANCE CUT AFTER CUT
  Unique tooth geometry and set minimizes noise and vibration from the very first cut Smooth, straight cuts when cutting multiple pieces or wide cross sections

Applications :

• 1 Carbon Steels
• 2 Alloy Steels
• 3 Mold Steels
• 4 Aluminum/Non Ferrous
• 5 Stainless Steels
• 6 Tool Steels
• 6 Structural Steels

Long Blade Life at High Cutting Rates

• 1 Long Life. Fast Cutting
  Solids of mild to moderate machinability
  Proprietary backing steel preparation provides increased fatigue life
• 2 Penetrates With Less Feed Force
  Extreme positive rake tooth form
• 2INCREASED CUTTING RATES
  Deep gullet design

Applications :

• 1 Aluminum/Non-Ferrous
• 2 Mold Steels
• 3 Carbon Steels
• 4 Stainless Steels
• 5 Alloy Steels
• 6 Tool Steels
• 6 Bearing Steels

Optimized to Cut Large Beams and Heavy Walled Tubes

• 1 Long Blade Life When Cutting Large Structural Beams
  Patent pending and designed to resist stripping teeth POWER BLAST TECHNOLOGY® strengthens the blade to minimize breaks
• 2 Straight Cuts Through Wide Cross Sections
  Designed to improve chip flow and reduce blade deflection for cutting efficiency Tooth geometry designed to minimize edge chipping and crooked cuts
• 2Wide Kerf Limits Pinching In Larger Beams
  Alternating set teeth widen the cutting channel to limit blade pinching

Applications :

• 1 Carbon Steels
• 2 Structural Steels

Engineered to Cut Structurals, Tubing and Bundles

• 1 LOng Blade Life And Extreme Durability
  Patented tooth profile resists tooth strippage, even at higher feed rates
• 2 Quiet Cutting, Reduced Vibration
  Optimized tooth pitch/set sequence

Applications :

• 1 Carbon Steels
• 2 Structural Steels

Engineered for Long Life

• 1 Altin Coating For Productivity And Long Blade Life
  Aluminum, Titanium, and Nitrogen combine to form a coating that is hard and tough, protecting each tooth from heat and wear with an armor-like barrier
• 2 Unique, Patented Tooth Profile
  Special, reinforced tooth design for reduced tooth strippage at higher feed rates Minimized harmonics and vibrations Quiet cutting
• 2 High Performance Backing Steel
  For longer fatigue life

Applications :

• 1 Carbon Steels
• 2 Structural Steels

High Performance Sawing

• 1 Straighter Cuts On Larger, Difficult To Cut Materials
  Unique gullet design for increased beam strength
• 2 Unique, Patented Tooth Profile
  Special, reinforced tooth design for reduced tooth strippage at higher feed rates Minimized harmonics and vibrations Quiet cutting
• 2 HIGH PERFORMANCE BACKING STEEL
  For longer fatigue life

Applications :

• 1 Mold Steels
• 2 Titanium Alloys
• 2 Stainless Steels
• 2 Nickel-Based Alloys (Inconel®)
• 2 Tool Steels

High Performance Sawing of Large, Difficult to Cut Metals

• 1 Increased Wear Resistance Delivers Longer Blade Life
  New HSS edge wire increases tooth hardness for better abrasive wear resistance Patent pending chip controlling design reduces heat and wear
• 2 Improved Chip Formation Helps Penetrate Difficult To Cut Materials
  Variable tooth heights and multi-level set creates deeper, narrower chips High Rake angles reduce cutting forces
• 2 Optimized Design For Straighter Cuts On Large Blocks
  Shallow gullet construction increases beam strength

Applications :

• 1 Mold Steels
• 2 Stainless Steels
• 2 Tool Steels
• 2 Titanium Alloys
• 2 Nickel-Based Alloys (Inconel®)

For Extreme Cutting Rates

• 1 Armor Coating Provides Faster Cutting And Higher Productivity
  Aluminum, Titanium and Nitrogen (AlTiN) combine to form a tough coating that protects each tooth from heat and wear with an armor-like barrier
• 2 Extends Blade Life By Preventing Heat Build Up
  Improved, thicker coating now forces even more heat into the chips, instead of the blade or workpiece
• 3 High Performance Backing Steel With Excellent Fatigue Life
  Optimized heat treat and backing steel preparation minimizes premature band breaks
• 3 Tailored To Cut A Wide Range Of Metals
  High quality, micro grained carbide

Applications :

• 1 Carbon Steels
• 2 Tool Steels
• 3 Alloy Steels
• 4 Titanium Alloys
• 5 Bearing Steels
• 6 Structural Steels
• 7 Stainless Steels
• 7 Mold Steels