 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $26.71 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $26.71 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $26.71 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $26.71 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $26.71 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $26.71 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $28.10 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $28.10 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $28.10 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $36.71 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $34.73 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $34.73 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $34.73 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $34.73 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $34.73 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $34.73 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $34.73 |  These square handle files have an overall length of 5-1/2" (14 cm). Their diamond surface is 1-9/16" to 2-9/16" (40 to 65 mm), according to shape. Used in fine watchmaking, in finishing fine castings, and other delicate work. $49.48 |
 These square handle files have an overall length of 5-1/2" (14 cm). Their diamond surface is 1-9/16" to 2-9/16" (40 to 65 mm), according to shape. Used in fine watchmaking, in finishing fine castings, and other delicate work. $49.48 |  These square handle files have an overall length of 5-1/2" (14 cm). Their diamond surface is 1-9/16" to 2-9/16" (40 to 65 mm), according to shape. Used in fine watchmaking, in finishing fine castings, and other delicate work. $49.48 |
 These square handle files have an overall length of 5-1/2" (14 cm). Their diamond surface is 1-9/16" to 2-9/16" (40 to 65 mm), according to shape. Used in fine watchmaking, in finishing fine castings, and other delicate work. $49.48 |  These square handle files have an overall length of 5-1/2" (14 cm). Their diamond surface is 1-9/16" to 2-9/16" (40 to 65 mm), according to shape. Used in fine watchmaking, in finishing fine castings, and other delicate work. $49.48 |
 These square handle files have an overall length of 5-1/2" (14 cm). Their diamond surface is 1-9/16" to 2-9/16" (40 to 65 mm), according to shape. Used in fine watchmaking, in finishing fine castings, and other delicate work. $49.48 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, all sides coated. $38.98 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. $38.98 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. $38.98 |
 Engineered to deliver performance unequaled by any
other file. For use on ultra-hard materials, Carbide, metals,ceramics, and glass. Excellent material removal.
Unique process bonds the 2-1/2 long diamond surface at
an affordable price. Available in medium grit (120/140 mesh). Overall length is 5-1/2" (14 cm). Set consists of 5 shapes, flat, triangle, square, half-round and round. $72.00 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, one side coated. $26.71 |
 Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, one side coated. $34.73 |  Engineered to deliver performance unequaled by any other file, for use on ultra-hard materials. Carbide hardened steel, exotic metals, ceramics, and glass are no match for these precision files. Excellent material removal is the result of a unique process which bonds the 2-1/2" (64 mm) long diamond surface. Illustration is to show shape, one side coated. $38.98 |
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