Lee Case Collator

The Lee Case Collator (Model 90667) is a reloading accessory engineered to accelerate the case preparation phase of progressive ammunition loading. This collator functions by organizing and feeding brass cases into Lee feeder tubes with minimal operator effort, enabling shooters using Lee Load Master and Pro 1000 presses to sustain higher round-per-hour rates during high-volume reloading sessions. The durable plastic construction balances durability with affordability, making it an accessible upgrade for serious handloaders operating on realistic budgets.

The collator accepts up to four separate feeder tubes simultaneously, allowing cases to gravity-feed into the drop tubes without manual sorting or alignment. By mounting the collator directly atop the feeder tubes, the filling process converts from a manual, interrupt-prone task into a continuous operation that requires seconds rather than minutes per tube. The lightweight design—0.41 lbs—permits easy repositioning between different press stations without introducing strain. Critical note: feeder tubes are sold separately and must be Lee brand models compatible with the Load Master or Pro 1000 platform.

This accessory targets intermediate to advanced reloaders who process 500+ rounds per session and recognize that case handling represents the non-negotiable bottleneck in their workflow. Law enforcement armorers, competitive shooters, and civilian practitioners managing multiple calibers benefit most from the time recovery this tool provides. For those running high-speed progressive press operations, the collator eliminates repetitive manual tube filling, reducing fatigue and minimizing the risk of case spillage during peak production phases.

Lee Precision positions the Case Collator as the entry-level case management solution within the progressive reloading ecosystem. Unlike drop-tube alternatives that require individual case placement, this collator leverages gravity and batch design to handle multiple tubes in parallel, delivering measurable productivity gains for dedicated reloaders seeking to maximize press uptime and consistency across large cartridge runs.