![]() Cutting DirectionĬarbide burrs come in either single cut or double cut form: Your burr's shank size should match the collet or chuck of your rotary tool. The shank is the part of the burr that's inserted into the rotary tool. For more detailed work, you'll need smaller burrs, while larger burrs are used for removing larger amounts of material. The size of the carbide burr you need will depend on the work you're doing. Uncoated burrs are cheaper but may not last as long. Uncoated Burrs: Coated burrs have a layer of titanium nitride or other materials to increase their lifespan and improve their performance. Carbide burrs, while more expensive, last longer and can handle harder materials. Carbide Burrs: High-speed steel (HSS) burrs are cheaper but wear out faster than carbide burrs. Cone Burrs: These are great for smoothing and shaping hard-to-reach angles.Flame Burrs: Used for contouring and shaping in hard-to-reach places.Tree Burrs: These are great for rounding edges and making concave cuts.Ball Burrs: Ideal for machining round edges and prepping for a weld.Cylinder Burrs: These are perfect for removing flat surfaces and contour finishing.Key Features to Consider Types of Carbide BurrsĬarbide burrs come in different shapes, each designed for a specific job: They’re also used in a variety of industries including welding, tool making, engineering, woodworking, jewelry making, aerospace, automotive, dental, metal sculpting, and many more! Carbide burrs are typically used in die grinders, rotary tools, high speed engravers, dremels, pendant drills, and flexible shaft grinders. Applying too much pressure can result in shortening the life of your burr, in addition to potential chipping/eroding of the flutes.Ĭarbide burrs are widely used for metalworking, chamfering, casting, deburring, and grinding. Allow the tool do the work when using burrs, apply minimum pressure. Carbide burrs are ideal on soft metals such as silver, gold and platinum because they resist chipping or breaking and have a long tool life. Carbide burrs are used on a variety of materials including aluminum, metals, steel, cast iron, fiberglass, wood, acrylics, and plastics. Tungsten Carbide Burrs are used for cutting, grinding, deburring, removal of sharp edges, and shaping the workpiece. The burrs can be used on a variety of materials, including steel, aluminum, cast iron, copper, bronze, and more. These tools are attached to a rotary tool or die grinder to remove material, smooth rough edges, shape, and carve. In addition, the protective zig-zag varnish seals the motor and bearings from dust and debris by creating a barrier under rotation.Carbide burrs are rotary tools made with carbide, a material known for its hardness and durability. Consistent with other models in Makita’s expanding grinder line-up, the GD0800C features labyrinth construction, a series of channels engineered to capture dust and debris and prevent contaminants from penetrating the gear box and front armature bearing for longer tool life. The electronic speed control maintains constant speed under load, and a variable speed control dial allows the user to match the speed to the application. The GD0800C is powered by a 6.6 AMP motor that delivers 7,000 – 28,000 RPM with soft start for smooth start-ups. SJS™ is engineered to help protect the gears and motor, and extend grinder life. The GD0800C is equipped with SJS™, an innovative mechanical system that allows the drive shaft to slip if the wheel suddenly catches or binds. The GD0800C features a slide switch for increased convenience. Makita’s ¼” SJS™ Die Grinder (model GD0800C) combines a powerful 6.6 AMP motor with motor and gear protection features for longer-lasting grinding performance.
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