Shot Show 2018: Annealing Made Perfect's New Products

Published on January 30, 2018
Duration: 45:30

This guide details the process of annealing brass cartridge cases using Annealing Made Perfect's advanced system. It emphasizes achieving consistent hardness levels through precise temperature-time control and micro Vickers hardness testing. The guide covers using the machine's 'Sort' and 'Analyze' functions to generate batch-specific annealing codes, ensuring optimal neck tension and case longevity for reloaders.

Quick Summary

Annealing brass cartridge cases is crucial for reloading consistency. Annealing Made Perfect's system targets a hardness of 95-105 Vickers, achieved through precise induction heating and batch-specific calibration using their Aztec Mode software. This process ensures optimal neck tension, prevents case neck cracking, and extends case life for reloaders.

Chapters

  1. 00:00Introduction to Shot Show 2018 and Annealing Made Perfect
  2. 00:24What is Annealing?
  3. 01:37Methods of Annealing
  4. 02:39The Temperature-Time Relationship in Annealing
  5. 03:42Annealing Made Perfect's Approach: Targeting Hardness
  6. 03:52Micro Vickers Hardness Testing
  7. 05:58Achieving Consistent Hardness Levels
  8. 07:56Demonstration of the Annealing Machine
  9. 08:06Machine Programs and Case Analysis
  10. 09:34Introduction to the Auto Feeder
  11. 12:30Hand Operation of the Machine
  12. 17:18New Aztec Mode Software
  13. 18:03How Aztec Mode Works: Batch Analysis
  14. 19:18The Sort Function Explained
  15. 22:07The Analyze Function and Code Generation
  16. 23:51Using the Generated Code for Annealing
  17. 26:43Machine Noise and Patina Discussion
  18. 28:00Impact of Cleaning Brass Before Annealing
  19. 29:53Customer Feedback and Accuracy
  20. 31:12Aztec Mode Capabilities
  21. 31:37Aztec Mode as Optional Software
  22. 32:06Auto Feeder (Amp Mate) Details
  23. 35:11Annealing Pistol Cartridges and Limitations
  24. 36:21Caliber Range and Future Releases
  25. 36:38When to Anneal: Before First Firing vs. Every Reload
  26. 37:51Annealing Before Sizing
  27. 38:11Warranty and Support
  28. 38:48The Machine as a Workshop Ammunition Lab
  29. 39:32Aztec Mode as an Optional Extra
  30. 40:02Benefits for Long Range and Precision Rifles
  31. 40:57Simplicity of Setup and Operation
  32. 42:09Development of the Auto Feeder
  33. 43:25Conclusion and Final Thoughts
  34. 43:40Market Reception and Customer Feedback
  35. 44:49Machine Instructions and Support
  36. 45:19Closing Remarks from Shot Show

Frequently Asked Questions

What is the ideal hardness for annealed brass cartridge cases?

The ideal hardness for annealed brass cartridge cases, according to Annealing Made Perfect's extensive research, is between 95 and 105 Vickers. This specific range ensures optimal neck tension for consistent bullet seating and contributes to longer case life.

How does Annealing Made Perfect's Aztec Mode work?

Aztec Mode allows users to determine the precise annealing settings for any batch of brass using just one sacrificial case. The machine analyzes the case and generates a unique code, which is then used to calibrate the annealing process for that specific batch.

Is it necessary to clean brass before annealing?

No, it is not strictly necessary to clean brass before annealing. While cleaning removes surface contaminants, it does not affect the internal hardness of the brass. Tumbling with stainless steel media, for example, only hardens the outer skin.

What are the benefits of annealing brass cases?

Annealing brass cases softens the neck and shoulder, providing consistent neck tension for reliable bullet seating. This process prevents case neck cracking, extends case life, and contributes to more consistent ballistic performance shot after shot.

How does Annealing Made Perfect ensure safety with their machines?

Annealing Made Perfect machines are designed with safety as a priority. They have FCC approval, feature no exposed hot components during operation, use passive air cooling, and do not require water cooling, minimizing risks for the operator.

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