Name: Reload Annealer Manual Feed
SKU: Reload Annealer Manual Feed
Price: 25750.00 ZAR
Availability: InStock

Reload Annealer Auto Feeder Compete

• Reload Annealer
• 2 X Case Trays

RELOAD ANNEALER

Easy
Reload Annealer is extremely easy to setup in 3 simple steps and to operate using the Reloading Technology App.

Quick
Setting up the Reload Annealer and changing from one calibre to the next can be done in under one minute without sacrificing any valuable brass.

Consistent
The Induction coil height is automatically set to within 1mm and the annealing time to within 1 millisecond every time.

Easy to assemble and setup.
Easy to change from one case size to another.
Can anneal cases from .22Hornet to 505 Gibbs.
Quick, cases annealed in 2-3 seconds.
Up to 800 cases annealed per hour.
Fully automated case feeder, no other equipment required.
Extremely Accurate – to within in 1mm and 1 millisecond.
Setup using the Reloading Technology App on your phone.
Annealing data for all known cases available on the App.
Consistent results every time.
Safe – no open flame, no need to handle hot cases.

ANNEALER Assembly

Case feeder installation

Case feeder assembly

Installation of the App

Assembling the RELOAD ANNEALER case annealer is easy. The legs are installed under the body and the RELOAD CASE FEEDER is simply clipped and secured on to the top of the unit. Plug in the power cord (220v and 110v ready).

Select the case plate for your calibre and adjust the case length gage on the feeder.

Select the calibre from the App and the RELOAD ANNEALER automatically sets the coil to the correct height and accurately calculates and sets the annealing time.

Press “go” on the App and the RELOAD ANNEALER automatically starts to anneal the cases in the hopper.

When all the cases have all been annealed, the RELOAD ANNEALER will automatically turn off and notify you via the App that the annealing has been completed.

Our assembly videos include:

ANNEALER Assembly
Case feeder installation
Case feeder assembly

A lot of folks hear about annealing brass cartridges cases, and just assume it must be something that is hard to do. Once you understand what annealing is, why it is done, and what tools you need to do it, annealing is actually a fairly simple process.

Annealing means heat treating the neck and shoulder of a brass cartridge case to make it softer (ductile) so it will seal the chamber during firing. Unlike steel, brass gets softer as you heat treat it, not harder. What makes brass cartridges become harder is firing the cases in your rifle, and then working them in your reloading dies. Both those operations will cause brass to harden, which leads to the brass becoming brittle causing splits and cracks in the cases.

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One reason to anneal your brass is to extend the life of the case, so you can reload it more times. One of the first signs that it is time to anneal is splitting at the case mouth, or cracks in the neck or shoulders of your brass. Another thing to look out for is if it suddenly takes more pressure, or less pressure, to seat bullets into the cases than it used to. Once symptoms like these appear, many shooters think the brass is no longer usable and discard it. But as long as the primer pockets are still tight, these cartridge cases are still useable – if you anneal them properly.

Another reason to anneal brass cases is if you are reforming them from a larger case to a smaller case, such as in making wildcat cartridges. When you set the shoulder back on the case, the neck walls will thicken from the shoulder’s extra brass, which will harden up as you work it into the new configuration. This area of the worked brass needs to be annealed so that when it is fireformed, it will seal the chamber and properly form out to the new configuration.

There are some studies that indicate that if the brass in annealed, there is an improvement in the accuracy achieved by the shot because of the consistency achieved in the neck tension of the case.

Induction annealing is the process of softening the necks of cases, through heating in an electrically contactless manner. This is achieved through placing the cases within a magnetic field, which induces eddy currents within the brass. Technically, the lower the resistivity of the brass, or the higher the intensity of the magnetic field, the greater are the eddy currents and, consequently, the greater the heating effect. There is no heating element as such; the only thing to get hot is the case. The magnetic field is focussed to maximise the eddy currents and heating in the location where it is specifically required, i.e. the neck and shoulder.