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*Does not include Seating die or computer
NOTE: The software has changed since the initial version and this is being updated in the manual however the old manual reflects the original software. Please read these two articles to see the changes as well as how to use Bluetooth:
*Please note: Software is now supported by both Windows and Mac however iPad, iPhone and Android are not currently supported.
The AMP Press combines a motor driven ram, a distance sensor, and a load cell to deliver extremely accurate and precise Force / Distance bullet seating measurements. It is designed for use with inline bullet seating dies.
For the first time, this data can be stored and sorted according to a multitude of variables. This allows users to enhance their case preparation, so as to achieve more consistent "neck tension". It also allows users to batch their loads accordingly.
Users can create cartridge profiles and store sessions for each caliber. Current bullet seating sessions can be compared to previous ones to accurately see how loads are changing (if at all) over time.
The ram on AMP Press is driven by a high torque, DC motor. This ensures that a repeatable stroke in both speed and force is applied to the die when seating. This removes the human error which occurs when operating conventional arbor presses. The 12V DC motor means the press can be easily powered by batteries. This allows its use in more remote locations such as at a range.
Bluetooth- AMP Press is Bluetooth capable allowing for wireless communication to your preferred device. Bluetooth will be enabled after the initial release of AMP Press. In the interim, computer connection will be by USB cable. Note: the initial release of AMP Press will be PC only. Mac software will follow.
AMP Press comes equipped with a precision load cell which delivers exact weight measurements up to 200 kilograms. The face of the load cell is surrounded by a retainer which guides the die to the center of the cell. This ensures repeatable measurements every time. The load cell is highly accurate. Minute case to case variations can be magnified and displayed in incredible detail.
The position of the ram is calculated using a position sensor, which is accurate to 0.001". This allows the distance to seat bullets to be displayed against force for the first time. This is especially useful in highlighting discrepancies such as trim length and chamfer consistency. It also allows for the calculation of "Total Work" to be applied to the plot as an option to sort by for the first time.