Manitowoc Ice K00144 (4) 12" Legs w/ Adjustable Flanged Foot, Stainless

The **Manitowoc Ice K00144 12" Legs** are a premium solution for restaurant professionals looking to enhance the stability and longevity of their ice machines. Designed with **adjustable flanged feet**, these legs ensure a level installation on uneven floors, preventing uneven auger bearing wear and premature system failures—critical concerns in high-traffic commercial kitchens. Made from **corrosion-resistant stainless steel**, they withstand heavy use while maintaining durability, making them ideal for undercounter ice machines, **Manitowoc B-170 bins**, and **B-400 bins**. This part is specifically engineered for these models and is not compatible with stacked units, dispensers, 22-in. units, or the QM series, ensuring a precise fit for your setup. For restaurant and foodservice operators, stability in ice machines is non-negotiable. The K00144 legs address this need by providing **adjustable leveling** that keeps your equipment secure, reducing the risk of operational issues caused by uneven surfaces. Whether you're setting up a new undercounter ice machine or replacing existing legs, this **high-quality stainless steel** solution delivers both performance and longevity. Compatible with **Manitowoc B-170 and B-400 bins**, these legs are a must-have for kitchens that prioritize efficiency and durability. Avoid costly repairs by investing in a part that ensures your ice machine operates smoothly, even on the most challenging floors. Manitowoc Ice is a trusted name in commercial ice equipment, and the K00144 legs live up to that reputation. Their **stainless steel construction** not only resists rust but also supports heavy-duty use, making them a reliable choice for restaurants, bars, and foodservice operations. With a **weight of 8 lbs**, they are sturdy yet manageable, fitting seamlessly into your maintenance or replacement workflow. Don’t let uneven floors compromise your ice machine’s performance—upgrade to the **K00144 legs** today and experience the difference in stability and reliability.