
In Stock
Type
gear
Last Seen
May 19, 2026
Lee Precision Factory Short Bottle Neck Crimp Die Steel 5.7 X 28
Sold byGrabAGun•Posted Apr 27, 2026
Compare prices for Lee 5.7x28mm FN Factory Crimp Die$18.99
Price and stock data refresh continuously from GrabAGun.
Deal Summary
- Currently in stock.
- Category: gear
- UPC: 734307907259
- SKU: GAG_90725-6660
- Brand: Lee
Price History
Deal Details
Factory Short Bottle Neck Features This Factory Collect Style Die incorporates a collet to apply a rifle type crimp to the case which makes these very difficult to crimp cartridges a delight to reload. Bullets do not need a crimp groove as the collet is so powerful it will form one. Factory Short Bottle Neck Specifications Brand: Lee Precision Category: Dies Model: Factory Short Bottle Neck Series: Pistol Die Series: Factory Crimp Die Type: Crimp In Set: 1 Shell Holder: No
Other Offers for This Product
Active offers from your catalog for Lee 5.7x28mm FN Factory Crimp Die.
Comparing 8 retailers carrying this product
Lowest Price: $15.54
Highest Price: $33.41
You Save: $17.87
Avg Discount: 8% off

Lee 90725 Factory Short Bottle Neck Crimp Pistol Die 5.7X28 Fabrique Nationale
LeeBattleHawk ArmorySKU/UPC: 734307907259
$15.54$25.00Save 38%
View at BattleHawk Armory
Lee Precision 90725 Bottle Neck Factory Crimp Die 5.7X28 FN
Lee PrecisionHinterland OutfittersSKU/UPC: 56345
$16.87
View at Hinterland Outfitters
Lee Precision 5.7x28mm FN Steel Factory Crimp Die - 90725
Lee Precision, Inc.Palmetto State ArmorySKU/UPC: 794257
$16.99$18.99Save 11%
View at Palmetto State Armory
Lee Precision Factory Short Bottle Neck Crimp Die Steel 5.7 X 28
Lee PrecisionGrabAGunSKU/UPC: GAG_90725-6660
$18.99
View at GrabAGun
Handgun Factory Crimp Dies - 5.7x28mm Factory Crimp Die
Lee PrecisionBrownellsSKU/UPC: 100018909
$18.99
View at Brownells

Lee Precision Bottle Neck Crimp Die 5.7x28 FN
Lee PrecisionAmmunition DepotSKU/UPC: 90725
$26.99
View at Ammunition Depot
LEE FACT CRIMP DIE 5.7X28 FN
LeeOptics PlanetSKU/UPC: LEE-R6-90725
$33.41$40.79Save 18%
View at Optics Planet