The Lee Precision .22-250 Remington RGB (Really Great Buy) 2-Die Set is manufactured to the strictest tolderance 50% tighter tolerance than that advertised for other popular, more expensive brands. Includes a Full Length Sizer Die which allows you to restore any case to factory original dimensions. So you can fire form in your gun. Lubrication is required with the Full Length Sizer Die.

Also includes a Bullet Seating Die that has a universal free floating seating plug, that works with nearly any point style bullet and has a finger adjustable seating depth. The end is tapered for use with automatic bullet feeders. Use these dies if you want to produce factory-dimensioned ammo that reliably fits and feeds in any gun. They are the first choice for semi-auto actions. Lee Precision guarantees these dies to be of the highest quality.

Lee's RGB dies are a fantastic value. If you already have plenty of shellholders, powder dippers and load data, why pay extra for things you don't need.

Includes:

• Full Length Sizer Die
• Bullet Seating Die
• Custom fit plastic storage case

Notes:

• For Up-To-Date Bullet Load Data try HODGDON Powder Co.
• Powder Dipper, shellholder and load data are NOT INCLUDED. Comprehensive load data can be found in Lee Modern Reloading 2^nd Edtion and Barnes Reloading Manual 4^th Edition.
• Fits .22-250 Remington.

WARNING:

Ammunition reloading can be dangerous if done improperly, and should not be attempted by persons not willing and able to read and follow the instructions included with each product exactly.

• Always wear safety glasses when reloading and shooting.
• Ammunition loaded with these tools should be used in modern guns, in good condition.
• Children should not be permitted to reload ammunition without strict parental supervision.
• Primers and gun powders, like gasoline and matches, can be dangerous if improperly handled or misused.
• We do not accept responsibility for ammunition loaded with these tools, as we have no control over the manufacture and storage of components or the loading procedure and techniques used.