Attributes
- Delivery weight: 0.283kg
- Shipping height: 51mm
- Shipping width: 51mm
- Shipping length: 152mm
- UPC: 815145025869
Product no.: 749016634
Mfr. No.: CG-MIC
815145025869 Every reloader should know exactly how much your Full Length Sizing Die is pushing back the shoulder. With the L.E.Wilson Case Gage Depth Micrometer you can do just that! It has never been easier to measure your cases headspace before and after sizing. The Depth Mic allows you to slip the micrometer perfectly over the top of the gage with your case inserted into the gage and take a measurement. Graduations of .001 comes with a Gage Block. One size works for all L.E. Wilson Gages.Backorderable, delivery time approx. 4-12 weeks from the USA warehouse.
The L.E. Wilson Case Gage Depth Micrometer is an essential tool for reloaders who need to ensure accurate headspace measurements. Understanding how much your Full Length Sizing Die is pushing back the shoulder is crucial for optimal reloading.
With the L.E. Wilson Case Gage Depth Micrometer, measuring your cases' headspace before and after sizing has never been easier. Make sure you're getting the most accurate results in your reloading process!
Does not work correctly on all cases 02/06/2018
Used in conjunction with an L.E. Wilson Case Gage this becomes an excellent and easy to use tool for knowing the headspace of a case. The micrometer does not have a vernier scale, but most users will probably be able to determine variations in headspace within +/- 0.0002". The result: shoulder bumping is no longer a guessing game. However, there is one caution. As shipped, the micrometer spindle has a considerable chamfer, so much so, that the spindle head can drop into the primer pocket recess of some cases (I ran into this problem with Lapua 8x57 Mauser cases). I sent mine back to L.E. Wilson and much to their credit they removed the chamfer from the spindle at no cost. Now it works fine. FYI: the spindle diameter is close to 0.270". If any part of a primer recess has a diameter greater than 0.270" then removing the chamfer on the spindle will not solve the problem. I regret that I did not record the diameter of the "as shipped" flat portion of a chamfered spindle, As a consequence, I can not tell you the maximum diameter of a primer recess for which the "as shipped" micrometer will give you reliable readings, but I suspect it will be reliable on most cases.
We encountered an error while loading this content. Please refresh the page to continue. If the issue persists, contact our customer support.