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Diamond Burnishing Tools Selection and Specifications Guide

Diamond Burnishing Tools Selection and Specifications Guide
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Diamond Burnishing Tools Selection and Specifications Guide - 1

Cogsdill Tool Products, Inc. Diamond burnishing tools For producing low microinch finishes on shafts or faces of any diameter, or on large bores. ■ Four designs allow use on most turning machines, manual or CNC ■ Replaceable, polished diamond insert ■ Adjustable for optimum burnishing pressure Cogsdill Diamond Burnishing Tools are simple, efficient tools designed to produce mirror-like finishes on a wide range of ferrous and nonferrous part surfaces on most turning machines. Set up and cycle times are short, even for unskilled operators. In all cases, the replaceable diamond insert can be changed quickly; on some models without removing the tool holder from the machine. 40 Four tool designs to suit your application requirements: ■ DB-1 For general purpose machining ■ DB-2 For use where work length is restricted ■ DB-3 and DB-4 For use on CNC machining centers – the tool holders are offset so that the diamond insert is on center

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Diamond Burnishing Tools Selection and Specifications Guide - 2

Diamond burnishing tools in the tool post of a manual lathe, automatic, or in CNC equipment. The tools can be used on both large and small diameters, and are ideal for short production runs. The Diamond Burnishing Tool can produce quality finishes on interrupted surfaces, such as a shaft with a keyway or the face of a flange having a series of bolt holes. While the tool must be used with coolant, no special coolant is required. Straight oils, soluble oils, and synthetic coolants can be used to provide the necessary lubrication. diamond The Cogsdill Diamond Burnishing Tool is designed to...

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Diamond Burnishing Tools Selection and Specifications Guide - 3

Diamond burnishing tools How it works The Cogsdill Diamond Burnishing Tool is mounted in the tool post of the desired machine. The diamond burnishing point is brought into contact with the workpiece at the centerline of the part and perpendicular to the surface being finished. The tool is then fed into the workpiece an additional .002 or .003 inch (.05 or .08mm) to allow the diamond insert to become disengaged from the stop in the holder. The spring, with its preload, forces the diamond against the workpiece. The tool is then fed along the surface of the rotating workpiece to produce a...

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