DRILL SYSTEMS > MDS Solid Carbide Drills/KDS Brazed Carbide-Tipped Drills > MDS V-Type

		MDS-V Our V-type drill is an industry leader, when the ability to drill a broad range of materials is required. The TiAlN coating (purple/black color) is a wear resistant coating that allows the V-type drill to be applied at higher speeds than that of conventional carbide drills. Paired with a tough substrate yielding aggressive feed rates, the V-type drill often displays increased tool life and productivity. * Solid carbide construction increases rigidity * Hole over-sizing is small (.0008 - .002) * Drill hole depths at 3.5 x drill diameter * Excellent for drilling of steels, irons and hard to cut materials

		MDS MHV (PDF) * Solid carbide with coolant holes * Standard lengths for 3.5 x drill diameter to hole depth ratios * Excellent chip evacuation geometries * Improved chip flow with high pressure coolants * PVD coated for increased wear and excellent chip adhesion resistance

		MDS LHV  (PDF) * Solid carbide with coolant holes * Capable of drilling up to 7 x drill diameter to hole depth ratios * Excellent chip evacuation geometries * Extremely accurate hole size consistencies * PVD coated for increased wear and excellent chip adhesion resistance

		MDS DMHV (PDF) * DIN standard 6537 * Solid carbide drills with coolant holes * Drill diameters ranging from 4mm with 6 mm shank diameters to 20mm drill diameters with 20mm shanks * Excellent chip evacuation geometries * Extremely accurate hole size consistencies * TiNAlN coated for increased wear and excellent chip adhesion resistance

		MDS SV (PDF) * Geometry for high productivity steel drilling * Machine steels > 320 Bhn * Stub length drills for maximum rigidity * PVD coated for increased wear resistance * PVD coated for excellent adhesion resistance

		MDS MV (PDF) * Geometry for high productivity steel drilling * Machine steels > 320 Bhn * Medium length drills for extended hole depths * PVD coated for increased wear and excellent chip adhesion resistance

		MDS HV * Solid carbide with coolant holes * Hole depths of five to seven times the drill diameter * Improved chip flow with high pressure coolants * PVD coated for increased wear and excellent chip adhesion resistance