Channel Dolly for Bun Pans (BPT-2) - Image 1
SKU: 148-BPT2
Brand: Channel
Model: BPT-2

Channel Dolly for Bun Pans (BPT-2)

The Channel BPT-2 Bun Pan Dolly is a heavy-duty, single-level aluminum dolly designed to safely transport 100 5" pans. Featuring swivel casters for smooth movement and built in the USA, this dolly is perfect for commercial kitchens prioritizing durability and efficiency.

Key Features

  • Holds 100 standard 5" bun pans in a single, sturdy aluminum frame for efficient storage and transport
  • 5" swivel plate casters (model CPS45U) provide smooth, 360° maneuverability for effortless movement
  • Heavy-duty aluminum construction with a lifetime warranty against rust and corrosion—built to last in high-use commercial kitchens
  • Fits 20.5"W x 27.5"D x 33.5"H, designed for compact spaces without sacrificing stability or capacity
  • NSF-certified and made in the USA, meeting commercial food safety standards for professional-grade equipment
Starting from $500.00/unit

Volume discounts available

The Channel BPT-2 Bun Pan Dolly is a commercial-grade solution designed to streamline pan transportation in high-volume kitchens. Built with durable aluminum construction, this single-level dolly accommodates up to 100 standard 5" bun pans, making it an essential tool for bakeries, pizzerias, and restaurants. Its dimensions (20.5"W x 27.5"D x 33.5"H) ensure it fits seamlessly into tight kitchen spaces while providing stability. The 5" swivel plate casters (model CPS45U) allow for smooth, effortless maneuvering, even when fully loaded, reducing strain on staff. Made in the USA and backed by a lifetime warranty against rust and corrosion, this dolly is built to withstand the demands of professional kitchens. Its NSF certification ensures it meets commercial food safety standards, making it a reliable choice for businesses that prioritize hygiene and durability. Whether you're looking to improve workflow in your bakery or need a robust solution for dough pan transport, the Channel BPT-2 delivers both functionality and long-term value.