Stalgast Potato Peeler for 120 kg/h Batch Processing

A commercial potato peeler built for batch processing of up to 120 kg of potatoes per hour. The unit uses an abrasive drum that rotates against the potatoes, removing the skin through gentle friction while water flushes away the peelings. This method leaves the potatoes intact and ready for further preparation without manual trimming, saving time in busy kitchens.

The operator loads the charging chamber to the marked height, closes the polycarbonate lid and sets the timer between 0 and 5 minutes depending on the potato variety and desired finish. Once started, the drum turns while water rinses the contents, and the safety switch cuts power if the lid is opened mid-cycle. When the timer expires, the drum stops and the operator opens the lid to remove the peeled potatoes.

Construction is a stainless-steel frame with a polycarbonate lid that locks during operation. The abrasive drum is easily accessed for cleaning or replacement, and the compact 450 mm × 830 mm footprint fits on a standard worktop or mobile stand. The 930 mm overall height allows loading without bending, and the 385 mm charging-chamber height prevents overfilling.

Controls are a single rotary timer marked 0 to 5 minutes. The 400 V 3-phase 50 Hz supply matches the standard commercial kitchen circuit, and the 0.55 kW motor keeps electrical load low while maintaining quiet operation.

The 120 kg/h capacity means the unit can process a full 120 kg batch in one hour of continuous use, or smaller batches in proportionally shorter times. The 450 mm width and 830 mm depth determine the space it occupies on the worktop, while the 930 mm height sets the clearance needed above it. The 385 mm chamber height ensures consistent loading without spillage.

Cleaning involves rinsing the drum and chamber after each use, and occasionally replacing the abrasive surface when it wears smooth. The lid safety switch and simple design reduce maintenance to routine checks of the water inlet and drain.

The peeler is supplied as a single model without variants.