Lakeside 500725 10 1/2" Drop In Dish Dispenser - ADA, Stainless - Image 1
SKU: 121-500725
Brand: Lakeside
Model: 500725

Lakeside 500725 10 1/2" Drop In Dish Dispenser - ADA, Stainless

The Lakeside 500725 is a durable, ADA-compliant drop-in dish dispenser with stainless steel construction, designed for high-performance commercial kitchens. Features a self-leveling dispensing tube for smooth service flow and easy-glide mechanism for reliable plate movement.

Key Features

  • Durable stainless steel construction with corrosion resistance for long-lasting use in high-traffic kitchens.
  • ADA-compliant tubular design with a single compartment, ideal for integration into service counters or prep stations.
  • Self-leveling dispensing tube maintains consistent dish height, ensuring smooth and efficient service flow.
  • Easy-Glide™ mechanism provides reliable, controlled plate movement, reducing handling effort for staff.
  • Unheated model supports ambient storage for plates up to 7 1/4 inches in diameter, perfect for restaurants and foodservice operations.
The Lakeside 500725 10 1/2" Drop-In Dish Dispenser is built to withstand the demands of commercial kitchens with its heavy-duty stainless steel construction, ensuring long-lasting durability and resistance to corrosion. Designed for unheated operation, this ADA-compliant dispenser fits seamlessly into service counters or prep stations, providing accessible, organized dish storage. Its self-leveling dispensing tube maintains consistent dish height, optimizing service flow and efficiency. The Easy-Glide™ mechanism guarantees smooth, controlled plate movement, reducing handling effort for kitchen staff. Ideal for restaurants, cafes, and foodservice operations, this dispenser accommodates plates up to 7 1/4 inches in diameter, making it a practical solution for streamlining workflow and maintaining hygiene standards. With a 1-year warranty, the Lakeside 500725 is a reliable investment for any professional kitchen looking to improve dish storage organization and operational efficiency.