Description
| MODEL | PLT-GDO-13 |
| Description | 1 Deck 3 Tray Gas Deck Oven |
| Power(KW) | 0.05 KW |
| Deck | 1 |
| Tray | 3 |
| Size(LXWXH) | 1760X890X650 |
| Weight | 150 |
The Platinum Flour Mill 1 Deck 3 Tray Gas Deck Oven is a high-capacity, energy-efficient baking solution designed for commercial bakeries, restaurants, hotels, and food production units. With one deck and three large trays, this oven is perfect for baking a wide range of products — from bread, pizzas, cakes, cookies, and biscuits to other baked delicacies — all with even heat and professional results.
This oven combines gas-powered efficiency with advanced temperature control, ensuring consistent baking performance and reduced operating costs. Whether you run a busy bakery or a high-demand food outlet, this machine guarantees superior results batch after batch.
Key Features
- Triple Tray Capacity – Bake up to three trays at once, increasing productivity and reducing baking time.
- Even Heat Distribution – Gas heating system ensures consistent temperature throughout the chamber for uniform baking.
- Sturdy Stainless Steel Body – Made from food-grade stainless steel for durability, hygiene, and easy cleaning.
- Energy Efficient Operation – Consumes less gas while maintaining optimal baking temperatures.
- Simple & Safe Controls – User-friendly temperature and timer settings make it easy to operate.
- Viewing Glass Door – Large heat-resistant glass window lets you monitor the baking process without opening the door.
- Ideal for Heavy-Duty Use – Designed to handle continuous, large-volume baking operations.
Why Choose the Platinum Flour Mill 1 Deck 3 Tray Gas Deck Oven?
The Platinum Flour Mill 1 Deck 3 Tray Gas Deck Oven is the ultimate solution for businesses that require high-volume, energy-efficient, and consistent baking performance. With its durable build, fast heating, and precision temperature control, it guarantees top-quality results — every single time. It’s the ideal choice for commercial setups seeking to optimize productivity and reduce energy consumption.
