Lee Precision Micrometer Adjusting Screw - Adjustable Precision - Compatible Reloading Tools - Reliable and Durable

Lee Precision Micrometer Adjusting Screw: Precision and Reliability for Reloading

The Lee Precision #92215 micrometer adjusting screw is an essential component for reloading enthusiasts seeking increased precision in their settings. Designed to provide fine and precise control, this screw optimizes the performance of your Lee reloading tools, ensuring the repeatability and consistency necessary for reliable results.

Whether you are an amateur or experienced reloader, this micrometer screw helps you easily fine-tune your adjustments, improving the quality of your cartridges and the safety of your operations.

Detailed Technical Specifications

• Brand: Lee Precision, Inc.
• Reference: #92215
• Type: Micrometer adjusting screw
• Material: Treated steel for high wear resistance
• Compatibility: Lee Precision tools and presses
• Dimensions: Designed to perfectly fit standard Lee models
• Finish: Smooth surface for precise and snag-free adjustment

Field Advantages

This micrometer adjusting screw is a major asset for any reloader concerned with quality and precision. It allows fine adjustment of tools, resulting in better cartridge uniformity and reduced dosing errors. Its robustness guarantees durable use even under demanding conditions, while its easy installation saves valuable time during preparation for shooting or hunting sessions.

With this screw, you gain increased control over every step of reloading, enhancing both safety and overall ammunition performance.

Usage and Maintenance Tips

To maximize the lifespan of your micrometer adjusting screw, it is recommended to clean it regularly to avoid residue and dust buildup. Lightly lubricate the screw with suitable oil to maintain smooth movement and prevent corrosion. During installation, ensure the screw is properly positioned and tightened without forcing to preserve the threading. Store your equipment in a dry, protected place to guarantee optimal long-term performance.