K&M Micro Adjustable Neck Turner with Carbide Cutter

K&M Micro Adjustable Neck Turner with Carbide Cutter

The K&M Micro Adjustable Neck Turner with Carbide Cutter features a screw-within-a-screw micro-adjustment mechanism that advances the cutter just 0.002" (≈ 0.0508 mm) per full rotation of the adjustment nut, allowing extremely fine control over neck wall removal. The unit ships complete with a carbide cutter (standard 50° option commonly used for most shoulder angles) and is intended for use with caliber-specific pilots (sold separately). It accepts standard shell holders (Lee Auto Prime shell holder often used as a convenient option) and covers typical reloading calibers from approximately .17 to .338. Designed for hand use or driven with a power adapter, the robust carbide cutter maintains edge life and produces consistent, field-ready necks.

Key Features

Micro-Adjustment: 0.002" cutter advance per rotation (≈ 0.0508 mm)
Cutter Type: Carbide cutter (standard 50°; other angles available)
Compatibility: Works with caliber pilots (.17 – .338 typical) — pilot sold separately
Mounting: Use with standard shell holders (Lee Auto Prime shell holder compatible)

All Technical Data

Model / SKU: KMS-50MANTCRB (K&M Micro Adjustable Neck Turner complete with Carbide cutter)
Cutter Advance: 0.002" per rotation (≈ 0.0508 mm)
Included: Neck turner body with carbide cutter (pilot & shell holder NOT included)
Intended Caliber Range: ~.17 to .338 calibers
Cutter Angles Available: 50° standard; 43°, 38°, 33°, 28°, 23° (carbide or steel options available)
Operation: Hand-turn or use with low-speed power adapter/driver
Material: Hardened body + carbide cutting insert for long life

Why Choose This Product?

The K&M Micro Adjustable Neck Turner with Carbide Cutter gives reloaders micrometer-style control over neck turning with a durable carbide cutter that stays sharp. Its extremely fine adjustment increments and multiple cutter angle options make it ideal for precision shooters and match reloading where concentricity, wall uniformity and repeatability matter.