Reloading Presses

Different forms of reloading presses have been designed these days. The reloading press described as the model 3 super tool reloader that is marketed by Herter’s inc. of Waseca, Minn includes oscillatable and reciprocal components that are similar to those found I the reloading press of the current invention. The reciprocal components of the Herters reloading machine include rectilinearly reciprocal shell holders and you have the oscillatable components that include oscillatable actuating handles and the primer arms.

These types of reloading presses, especially the Herters reloading press are effective in terms of rapidly installing new primers, but they require four manual steps that include 1. insertion of a shell to be primed, 2. pivoting of the primer arm from a primer pickup position to that of a primer press position, 3. oscillation of an actuating handle and 4. removal of the primed case. The improved reloading press of the current invention requires only three manual steps by the operator of the press, in as much as oscillation of the primer arm between the primer pickup and primer positioning positions which is automatically accomplished during oscillation of the actuating handle of the reloading press.
The reloading press of the current invention is mainly constructed in a manner that the operation which is greatly simplified and that may be effected more quickly with minimal error on the part of the operator. The improved Herters reloading press includes a structure where in the oscillation of the primer arm between the primer pickup and primer positioning positions is automatically taken care of during oscillation of the press actuating handle between the extreme limits of oscillation.
The one main object of this new invention of the Herters Reloading Press is to provide a reloading press that will enable the operator of the reloading press to more quickly and efficiently perform the reloading operations.
Another main object of this new invention is to provide a reloading press that will be operative in a manner that helps to eliminate one manual step of the operator of a conventional reloading press and thereby eliminate the possibility of human error that is usually associated with such a manual step.
Another important object of this new invention is to provide an attachment for the existing conventional reloading presses which could be readily attached and utilized to help convert conventional reloading presses for its function in accordance with the present invention.