Spring USA 2511-6/4 4 liter Beverage Dispenser w/ Ice Tube - Plastic Container, Stainless Base - Image 1
SKU: 315-251164
Brand: Spring USA

Spring USA 2511-6/4 4 liter Beverage Dispenser w/ Ice Tube - Plastic Container, Stainless Base

The Spring USA 2511-6/4 4L beverage dispenser features a durable polycarbonate container, stainless steel base, and ice tube for chilled drinks without dilution. Ideal for commercial kitchens.

Key Features

  • 4-liter polycarbonate container with 6.5-inch diameter—durable, shatter-resistant, and crystal-clear for easy viewing of contents
  • Stainless steel ice tube prevents drink dilution, keeping beverages chilled without watering them down
  • Stainless steel base and components ensure long-term durability and a professional, polished appearance
  • Ideal for front-of-house applications in restaurants, bars, and cafes where aesthetics and performance matter
  • Uninsulated design with space-saving dimensions (6.5 in. W x 10.5 in. D x 22 in. H) for versatile placement
Starting from $1206.00/unit

Volume discounts available

The Spring USA 2511-6/4 4-liter beverage dispenser is a durable, high-performance solution for serving chilled drinks in commercial kitchens and restaurants. Its 6.5-inch polycarbonate vessel resists breakage while maintaining a clear view of the contents, ensuring hygiene and convenience. The included stainless steel ice tube keeps beverages cold without dilution, preserving taste and quality—critical for beverage service in high-traffic front-of-house settings. The sleek stainless steel base and components add a polished, professional look to any bar or service station, making it a practical choice for restaurants, cafes, and hospitality businesses. Whether you're dispensing water, juice, or other chilled beverages, this dispenser delivers reliability, durability, and a premium aesthetic. Perfect for uninsulated applications where space-saving and efficiency matter, it’s built to withstand the demands of commercial environments while maintaining a clean, functional design.