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The Lemon Rocket uses a progressive mechanical linkage. At the start of the stroke, the machine moves quickly with low resistance. As the handle is pulled further, the linkage

aligns and multiplies force, creating powerful compression at the end of the stroke.

The system does not operate at a fixed ratio. It begins near 1:1 and increases to approximately 6:1–8:1 at the end of the stroke. This allows high crushing force with minimal effort.

The crushing block stops approximately 1/4 inch from the front wall, compressing the lemon to a consistent thickness without creating a hard stop.

The Lemon Rocket features a fully enclosed, removable processing chamber. This design

reduces splash, improves sanitation, and allows complete sink-level cleaning. The chamber can be removed quickly for efficient maintenance and inspection readiness.

Traditional smash-style squeezers allow the lemon to sit in its own juice. When pressure is

released, the rind rebounds and can reabsorb some of that liquid, reducing yield.

The Lemon Rocket removes juice during compression. The juice exits the chamber

immediately and goes directly into the cup. After the lemon has already been fully squeezed,

it is then allowed to drop into the cup.

Because the juice has already been removed, the lemon cannot reabsorb it. This results in

higher yield, more consistency, and less waste.

The Lemon Rocket is engineered to be fast, powerful, and efficient. By combining progressive force, controlled compression, and immediate juice removal, it delivers superior performance compared to traditional squeezing or smashing  systems.