Sapphire SMBBS-18 Underbar Blender Station with Sink

Meet the Sapphire SMBBS-18 Underbar Blender Station, a pinnacle of efficiency and innovation in commercial kitchen equipment. Designed for professional settings, this high-performance appliance seamlessly integrates the essential features needed for a busy restaurant environment. With an emphasis on durability and functionality, the SMBBS-18 is your ultimate solution for optimizing workspace and streamlining operations.

Crafted from premium 18 gauge 304 stainless steel, the Sapphire Underbar Blender Station offers unmatched resilience and longevity. Its sleek, modern design not only enhances the aesthetic of any kitchen but also ensures easy cleaning and maintenance, meeting the rigorous standards of NSF certification.

• Compact Design: With dimensions of 18"W x 22.5"D, the SMBBS-18 perfectly fits under the bar, maximizing your space without compromising on functionality.
• Integrated Sink: Equipped with a 4" backsplash and a 4" on-center splash-mounted faucet, featuring a 3.5" gooseneck spout, this station ensures convenient access to water, enhancing efficiency in high-demand settings.
• Efficient Drainage: Includes a 1" IPS drain, ensuring quick and efficient water disposal to maintain hygiene standards.
• Robust Construction: The galvanized tubular legs, measuring 1-5/8" in diameter, are equipped with adjustable bullet feet, providing stability and allowing for easy leveling on uneven surfaces.
• Easy Assembly: Ships knocked down (KD) for cost-effective transportation and can be quickly assembled, making it a practical choice for any fast-paced kitchen environment.

The Sapphire SMBBS-18 is more than just an underbar station; it is a versatile and indispensable part of your restaurant equipment lineup. Its superior construction and thoughtful design make it an energy-efficient and reliable addition to any commercial kitchen. Elevate your culinary operations with the Sapphire Underbar Blender Station and experience the perfect blend of style, functionality, and durability.