The STCXW-1000 is a high-capacity tunnel dishwasher engineered for large-scale catering. With a 10.2m length and 2000–5000 pcs/hour throughput, it handles heavy-volume tableware cleaning for 2000+ people. Enhanced ultrasonic cleaning, multi-stage rinsing, and far-infrared drying ensure hygiene and efficiency, making it ideal for big canteens and central kitchens.

Model：STCXW-1000

Overall Dimension：10000 × 1200 × 1750 mm (Total Length: 10.2 m)

Total Power：55 KW

Processing Capacity：2000–5000 pcs/hour

Suitable for： > 2000 people

Operators Required： 2–3 persons

Material：Food-grade Stainless Steel

Our conveyor dishwashers can be customized according to customer requirements. If you have any needs, please feel free to contact us.

The STCXW-1000 is a 10.2-meter-long tunnel-type (conveyor-style) commercial dishwasher, specially engineered for ultra-large-scale catering operations serving over 2000 people. It is the ideal solution for high-volume dining environments, including university canteens, factory staff canteens, government agency canteens, large hotel back kitchens, central kitchens, and professional tableware disinfection and distribution centers.

Designed to handle peak dining hours efficiently, this machine integrates four core functional modules: pre-wash & residue removal, enhanced ultrasonic precision cleaning, multi-stage rinsing, and air-cutting + far-infrared drying & disinfection, forming a fully automated closed-loop workflow. It eliminates the need for manual pre-scraping, as the 2.4-meter ultrasonic tank with 80 × 60W transducers powerfully strips heavy oil stains and stubborn food residues, while the dual-stage rinsing system ensures zero detergent residue, meeting the strictest hygiene standards for food service.

The 4.1-meter drying section, equipped with 30 far-infrared lamps and 4 high-power fans, delivers rapid hot-air drying and high-temperature disinfection, killing bacteria effectively and allowing tableware to be immediately reused or packaged for distribution—critical for maintaining operational efficiency in large-scale settings.