Why choose Driftmaster thread geometry?

Optimizing the load distribution and contact area through the tapered profile, the DriftMaster thread geometry is designed to maximize resistance to wear under the harshest drilling conditions. Combined with the wear resistance associated with carburizing heat treatment, the DriftMaster thread geometry is proven to outlast.

Are geometry Gages being moved to the shop?

There was a time when these gages were largely confined to Quality Assurance or development lab settings, but now, many are used by machine operators out in the shop. Two trends support this migration from the lab to the shop floor. First, geometry gages are becoming easier to use, and second, they are rapidly becoming more affordable.

How much does a geometry gauge cost?

Now gages capable of measuring cylindricity of smaller parts are available for $40,000, and the trend is for further price reductions. It is now easier to cost-justify the acquisition of several geometry gages, for use beside every machine tool that requires frequent monitoring for geometry.

Why is geometry so important in machining?

A simple example will show why geometry is so important. Assume that a shaft must be assembled in a bore, and that the bore is perfectly round. If the shaft diameter is measured by conventional methods (a snap gage, for example), it might appear to be within tolerances.

What is measuring workpiece geometry?

Measuring workpiece dimensions is relatively simple for machine operators but measuring workpiece geometry which involves more complex comparisons of part shape to an ideal shape--is now also practical on the shop floor. The gaging equipment for doing this is coming down in price while becoming easier to use.

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Frequently Asked Questions
Why choose Driftmaster thread geometry?
Optimizing the load distribution and contact area through the tapered profile, the DriftMaster thread geometry is designed to maximize resistance to wear under the harshest drilling conditions. Combined with the wear resistance associated with carburizing heat treatment, the DriftMaster thread geometry is proven to outlast.
Are geometry Gages being moved to the shop?
There was a time when these gages were largely confined to Quality Assurance or development lab settings, but now, many are used by machine operators out in the shop. Two trends support this migration from the lab to the shop floor. First, geometry gages are becoming easier to use, and second, they are rapidly becoming more affordable.
How much does a geometry gauge cost?
Now gages capable of measuring cylindricity of smaller parts are available for $40,000, and the trend is for further price reductions. It is now easier to cost-justify the acquisition of several geometry gages, for use beside every machine tool that requires frequent monitoring for geometry.
Why is geometry so important in machining?
A simple example will show why geometry is so important. Assume that a shaft must be assembled in a bore, and that the bore is perfectly round. If the shaft diameter is measured by conventional methods (a snap gage, for example), it might appear to be within tolerances.
What is measuring workpiece geometry?
Measuring workpiece dimensions is relatively simple for machine operators but measuring workpiece geometry which involves more complex comparisons of part shape to an ideal shape--is now also practical on the shop floor. The gaging equipment for doing this is coming down in price while becoming easier to use.

Geometry Global Phone Number