RCBS Case Neck Outside Turner with Feed

RCBS Case Neck Turner with Auto Feed
The RCBS Case Neck Turner with Auto Feed is a precision tool for reloaders who demand the highest standards of uniformity in their cases. By controlled turning of the case neck, wall thickness variations are reduced, which can contribute to improved bullet centering and higher precision. The integrated Auto Feed mechanism ensures a consistent feed during the processing operation. This simplifies handling and achieves a uniform processing result. Particularly in match and long-range loadings, a constant case neck thickness can significantly contribute to repeatability. The precisely manufactured cutting edge allows for clean processing of the case neck and supports the production of uniform cartridges. The tool is suitable for ambitious reloaders, benchrest shooters, and long-range enthusiasts who want to optimize their ammunition down to the smallest detail. Thanks to its robust construction and precise adjustment options, the RCBS Case Neck Turner is a valuable tool for anyone striving for maximum consistency in ammunition production.
Advantages at a glance
Precision tool for turning case necks
Auto Feed system for consistent feed
Reduces wall thickness variations of the case neck
Improves the uniformity of reloading cases
Precise adjustment options
Ideal for match, benchrest, and long-range loadings
Robust RCBS quality construction
Technical data
Manufacturer: RCBS
Model: Case Neck Turner with Auto Feed
Product type: Case Neck Turner
Feed: Automatic feed (Auto Feed)
Use: Processing of case necks
Application area: Precision reloading
Application area: The RCBS Case Neck Turner with Auto Feed is excellent for reloaders who want to achieve the highest precision. By equalizing the case neck thicknesses, more uniform cartridges can be produced, which can be particularly advantageous in benchrest, F-Class, and long-range applications.
Practical tip: Turning case necks is primarily used in precision ammunition to compensate for wall thickness variations and achieve the most concentric bullet guidance possible.