Front of the House 3 1/2 oz Bevel™ Ramekin - Porcelain, Lapis (DSD076BLP23) - Image 1
SKU: 872-DSD076BLP23
Brand: Front of the House
Model: DSD076BLP23

Front of the House 3 1/2 oz Bevel™ Ramekin - Porcelain, Lapis (DSD076BLP23)

The Front of the House 3.5 oz Bevel™ ramekin is a versatile, durable porcelain serving dish perfect for soups, salads, and warm foods. Its beveled rim ensures smooth stacking, while lapis blue porcelain retains warmth and enhances presentation. Ideal for commercial kitchens and restaurants.

Key Features

  • 3.5-ounce capacity ideal for individual servings of soups, salads, or sauces
  • Bevel™ design with smooth stacking for efficient commercial kitchen storage
  • Durable lapis blue porcelain retains warmth and enhances food presentation
  • High-gloss finish adds a professional, upscale touch to restaurant plating
  • Lifetime edge chip warranty ensures long-lasting durability in high-traffic kitchens
Starting from $70.20/unit

Volume discounts available

Elevate your restaurant’s plating with the **Front of the House 3 1/2 oz Bevel™ Ramekin (DSD076BLP23)**, a premium porcelain serving dish designed for both functionality and aesthetics. Part of the **Bevel™ series**, this ramekin features a **beveled rim** that allows for **smooth, stable stacking**, making it perfect for commercial kitchens where space efficiency is key. The **lapis blue porcelain** not only adds a stylish contrast to dishes but also **retains heat**, ensuring soups, sauces, and small servings of salad stay appetizingly warm. Its **3.5-ounce capacity** and **4.25-inch diameter** strike the ideal balance for individual portions, fitting seamlessly into both plating and storage workflows. Whether you're outfitting a fine-dining restaurant, a bustling bistro, or a hotel kitchen, this **high-gloss, durable ramekin** delivers **professional-grade performance** with a timeless design that enhances any table setting. Made in the U.S., this product comes with a **lifetime edge chip warranty**, backing its durability in high-volume environments.