Moulds & More MFG-15019 Bag Feeder - Reloading Equipment

The Moulds & More MFG-15019 Bag Feeder streamlines the bullet casting process by providing consistent, hands-free feeding of lead shot or pellets directly into casting molds. This precision-engineered feeder eliminates the tedious manual loading process that slows down high-volume casting sessions.

What Makes This Different

Unlike basic funnel systems that require constant attention, the MFG-15019 features an adjustable flow control mechanism that maintains steady material feed rates. The bag attachment system accommodates standard 25-pound lead shot bags without spillage or waste. Professional bullet casters report significant time savings compared to traditional scoop-and-pour methods.

Key Features

• Adjustable flow control valve regulates material feed rate for consistent results
• Universal bag clamp system fits most standard lead shot containers
• Durable steel construction withstands high-temperature casting environments
• Non-slip rubber base provides stable operation on work surfaces
• Easy-clean design with removable components for maintenance
• Compact 8-inch footprint conserves valuable bench space
• Compatible with most bullet mold sizes from .22 to .45 caliber

The MFG-15019 maintains consistent performance during extended casting sessions, reducing material waste and improving overall efficiency. The controlled feed rate prevents overfilling that can cause mold damage or poor bullet formation. Weather-resistant finish protects against humidity and temperature fluctuations common in garage workshops and basements.

Technical Specs

• Overall dimensions: 8" L x 6" W x 12" H
• Weight: 3.2 pounds
• Construction: Cold-rolled steel with powder coat finish
• Feed capacity: Up to 25-pound bags
• Flow rate: 0.5 to 3 ounces per second (adjustable)
• Base material: Non-slip synthetic rubber
• Country of origin: United States

The MFG-15019 Bag Feeder represents a practical investment for serious reloaders who value efficiency and consistency. Limited production runs mean availability fluctuates based on manufacturing schedules.