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SKU: 151-23180122078
Brand: Cal-Mil
Model: 23180-1220-78
Cal-Mil 23180-1220-78 Rectangular Display Riser - 12" x 20" x 3/4", Walnut
The Cal-Mil 23180-1220-78 Rectangular Display Riser is a durable, low-profile walnut wood riser (12x20x3/4in) perfect for buffet stands and tiered displays. Complements the Sydney series with a warm, natural aesthetic.
Key Features
- •Durable **walnut-finished wood** construction with a **6-month limited warranty** for long-term reliability.
- •**Single-tier, low-profile design** (3/4" height) provides subtle elevation without crowding displays—ideal for **tiered arrangements**.
- •**12" x 20" dimensions** accommodate flat items perfectly while fitting seamlessly into **buffet stands** and modular setups.
- •Part of the **Sydney series**, offering a **cohesive, warm aesthetic** that matches other Cal-Mil components for a polished look.
- •Stackable and **flexible for various presentations**, from retail displays to restaurant buffet setups—ideal for **commercial kitchens** and high-volume operations.
Starting from $88.99/unit
Volume discounts available
Elevate your buffet or countertop displays with the **Cal-Mil 23180-1220-78 Rectangular Display Riser**, a sleek, single-tier riser designed for professional kitchens and restaurants. Crafted from **walnut-finished wood**, this **12" x 20" x 3/4" riser** offers a subtle yet structured lift, making it ideal for showcasing flat items or integrating into tiered arrangements. Its **low-profile, stackable design** ensures a clean, uncluttered look while maximizing display space. The rich brown finish not only adds warmth to your tabletop presentations but also seamlessly coordinates with the **Sydney series** for a cohesive, professional aesthetic. Whether you're organizing a buffet spread, a retail display, or a promotional setup, this riser provides the perfect balance of form and function. Durable, stylish, and built to last, it’s an essential addition to any commercial kitchen or restaurant looking to enhance product presentation without sacrificing space efficiency.