Taylor TE400 Receiving Scale w/ Steel Tread Plate Platform, 400 lb

The **Taylor TE400 400 lb Receiving Scale** is a **heavy-duty, digital scale** designed for **commercial kitchens, restaurants, and food service businesses** that demand precision, durability, and reliability. With a **capacity of 400 pounds** and **0.5 lb graduations**, this scale delivers **accurate weighings** for bulk items, making it perfect for **receiving, inventory management, and food preparation tasks**. Built to withstand the demands of **high-volume environments**, the TE400 features a **removable, corrosion-resistant steel tread plate platform**, ensuring longevity and easy **cleanability**—critical for maintaining hygiene in professional kitchens. A standout feature of this **commercial digital scale** is its **compact, low-profile design with non-skid feet**, providing **stability without sacrificing floor space**. The **1-inch LCD remote display**, connected by a **6-foot cord**, offers **clear visibility** and includes a **mounting bracket** for flexible placement, whether at a receiving dock or in a prep station. **User-friendly functions** like **auto tare, hold, and shut-off** streamline workflows, while the **low battery indicator** prevents disruptions during critical tasks. Powered by **120 volts**, this scale is engineered for **long-lasting performance** in **restaurant, catering, and institutional settings**. For **restaurant owners, chefs, and facility managers**, the Taylor TE400 is a **cost-effective, high-performance solution** that balances **accuracy, durability, and ease of use**. Its **robust construction** and **corrosion-resistant materials** ensure it can handle **daily wear and tear** while maintaining **precise measurements**—essential for inventory control, cost management, and recipe consistency. Whether you're **receiving bulk ingredients, portioning proteins, or monitoring supplies**, this scale delivers **reliability you can trust**. **Upgrade your kitchen with the Taylor TE400 today** and experience the difference in efficiency and precision.