Sandvik Coromant Co.
P.O. Box 428
Fair Lawn, NJ 07410
New Sandvik Coromant Insert Geometry Improves Productivity in Low Carbon Steels
LC inserts provide excellent chip evacuation Fair Lawn, New Jersey, November 22, 2006 - Sandvik Coromant's new LC insert geometry improves chip evacuation to boost productivity in difficult to machine materials. While conventional geometries cause frequent chip jamming, the LC avoids these interruptions to production. By lowering the risk of chip jamming, the LC insert geometry is a dramatic step...
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Inserts work with difficult-to-cut materials.
Designed for use with CoroMill 300 cutting tools in applications requiring high-performance profiling and contouring, E-xL inserts feature precision ground geometry that promotes cutting performance in titanium and stainless steel. They have 10Ã-
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Inserts feature positive rake cutting geometry.
Suited for plunge milling and high feed milling applications, CoroMill 210 Inserts are optimized for cutting titanium, HRSA, tool steel, and stainless steel. Ten degree entering angle allows for extreme feed rates at small axial depths of cut when face milling, and high radial depths of cut when plunge cutting in rough operations. Design of cutter body allows for use of screws with coolant holes...
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Inserts are intended for cast iron milling operations.
Suited for machining nodular cast iron and wet cast iron, Model GC1020 has PVD coating that improves cutting speeds and wear resistance for reliability in unstable conditions. Model GC3220 has thick protective coating that helps dry machining of grey cast iron, and is designed for shoulder milling and face milling.
Read More »Inserts optimize steel milling operations.
Intended for shoulder milling, GC1030 features PVD coating for wear resistance and is suitable for machining difficult materials or working in unstable conditions, such as applications with long overhangs contributing to vibration problems. Designed with CVD coating, GC4240 is adaptable to all milling operations. It excels in shoulder milling and other demanding steel milling applications where...
Read More »Boring Bit is suited for short holemaking applications.
CoroDrill 880 has center insert that uses Step Technology to facilitate smooth entrance into workpiece and perfectly balance cutting forces. To hold tight tolerances and achieve optimal surface finish, its inserts present 4 cutting edges and wiper geometry. Choice of insert geometries and grades are available for various applications and materials, including helical interpolation, plunge...
Read More »Milling Adaptor utilizes vibration-minimizing design.
Developed to meet needs of die and mold industry, Coromant Capto Damped Milling Adaptor reduces vibration while milling with long overhangs. Dampening mechanism eliminates any perceptible vibration while endmilling or profile milling with overhangs up to 7x diameter. While design promotes surface finish and accuracy, tool comes with Coromant Capto coupling in C4, C5, and C6 mounting sizes as well...
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Drilling Tool completes all operations in single setup.
Available in .98-2.56 in. diameters with length-to-diameter ratios of 7x to 13x diameter, CoroDrill 805 enables drilling of deep holes without moving workpiece to another machine. In most applications drill achieves deep hole drilling without requiring extra coolant pump capacity.
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Face Milling Cutter machines cast iron.
Suited for roughing to semi-finishing of cast iron components, CoroMill 365 is available in diameters ranging from 1.97-6.3 in. and can be used in machining centers or transfer lines. With wedge clamp design, extra close pitch cutters allow machining at very high feed rates. Multi-Edge concept contains 8 true cutting edges that offer up to .24 in. depth of cut in burr and frittering-free...
Read More »Insert suits universal steel turning operations.
Designed to enhance roughing and finishing operations, Model GC4225 ISO class P25 grade insert is composed of Al2O3 coating for chemical wear resistance, MTCVD TiCN coating for mechanical wear resistance, and gradient substrate, including cobalt, for optimized hardness and toughness. It can be used with variety of materials and provides optimum performance under demanding conditions.
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