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Resin Bond Dicing Blade

Resin Bond Dicing Blade RESIN BOND SMART CUT® Series (SC®) RESIN BOND DIAMOND & CBN DICING BLADES Maintain excellent form

Shank Adapters for Diamond Drills

used to create conical holes, expanding existing holes, breaking corners and chamfering holes and polishing existing holes in a large variety of materials. Available from stock in many specifications and we can also custom manufacture to fit almost any application/requirement.  Multi-Layered Electroplated Diamond Countersinks are designed for countersinking operation in materials such as Glass, Quartz, Composites, Graphite Epoxy, Carbon, Boron, Fiberglass, Marble, and many other materials.

Silicon Carbide Paper

SMART CUT® Silicon Carbide Abrasive Paper is meticulously designed for preparing metallographic specimens, incorporating superior silicon carbide grains embedded in a resilient, waterproof backing for both dry and wet grinding. This versatile paper transitions smoothly from coarse cutting to fine polishing, ensuring that specimens are precisely prepared for microscopic analysis.

Sintered (Metal Bond) Diamond & Cbn Dicing Blades

Sintered (metal bonded) diamond tools have multiple layers of diamonds impregnated inside the metal matrix. Diamonds are furnaces sintered in a matrix made of iron, cobalt, nickel, bronze, copper, tungsten, alloys of these powders or other metals in various combinations. Metal bonded diamond tools are impregnated” with diamonds.

SMART CUT 105N Diamond, Nickel Bond Wafering Blades INTERRUPTED RIM

SMART CUT™  Series 105N more freer cutting & aggressive than continuous rim nickel bond wafering blades. Best Suited for cutting larger variety of micro-electronics packages, pcb boards, plastics, composites, soft and precious metals, fish and human bones, graphite, GRP, FR4. Core steel with memory. Always snaps back to its original shape no matter how much bent. Standard arbor size inside diameter is ½” (12.7mm) (* we can modify arbor size of any blade to anything you want same day for a small additional fee, if needed)

SMART CUT Diamond Counter Sinks Multi Layered Electroplated

SMART CUT® Diamond Counter Sinks are precision-engineered tools designed for creating countersink holes, expanding existing holes, breaking sharp corners, chamfering edges, and polishing pre-existing holes across a wide range of materials. These high-performance tools deliver exceptional accuracy and consistency, making them ideal for a variety of precise hole modification tasks. Available in a range of standard specifications, SMART CUT® Diamond Counter Sinks can also be custom-manufactured to meet almost any unique application or requirement. The multi-layered electroplated diamond coating provides superior wear resistance, enhancing both tool life and cutting efficiency.  

SMART CUT Series 300M

SMART CUT® Series 300M Sintered (Metal bond) Diamond Lapidary Blade SMART CUT® Series 300M Professional Diamond Blade is a premium-quality, sintered

SMART CUT® 435BS

BRAISED DIAMOND CUT OFF BLADES, SLOTTED
Braised Bond is a Slotted diamond cut off wheel that replaces general purpose abrasive cut off wheels/blades. Fast & efficient cutting without use of coolant, this blade can be used on any simple hand held machine or abrasive cut off saw. Designed for large variety of "Rough Cutting" metal applications, where cut quality, surface finish, and preserving material micro structure is not important. This blade will also work on large variety of other materials including wood, plastics, composite materials, masonry and ceramics. For optimum results on steel and stainless steel, use on sheet/section material up to 3/8” thick and solid bar/bolts up to 3/4”.

SMART CUT® 435BS

BRAISED DIAMOND CUT OFF BLADES, SLOTTED

SMART CUT® 435BS Braised Bond is a Slotted diamond cut off wheel that replaces general purpose abrasive cut off wheels/blades. Fast & efficient cutting without use of coolant, this blade can be used on any abrasive cut off saw, gas saws, masonry saw, chop saw, drop saw and many others. Designed for large variety of “Rough Cutting” metal applications, where cut quality, surface finish, and preserving material micro structure is not important.