Bunn 52887.1026

CBA MAIN INFUSION (CFA) (52887.1026)

Regular price $515.30

Item will ship directly from manufacturer. Stock not guaranteed. Lead time 3 to 6 business days. Please email or chat to confirm prior to ordering.

BUNN CBA MAIN INFUSION (CFA) (52887.1026) is a crucial replacement component designed to maintain optimal performance in your BUNN commercial coffee machine. Engineered with precision, this infusion assembly ensures consistent water flow and temperature control during the brewing process, which is essential for extracting the perfect coffee flavor. Constructed from high-quality, durable materials, the CBA MAIN INFUSION part withstands frequent use in high-demand environments like cafes and restaurants, helping to extend the lifespan of your coffee equipment.

Featuring an advanced infusion mechanism, the CBA MAIN INFUSION (CFA) delivers precise water infusion for uniform coffee extraction, minimizing bitterness and enhancing flavor clarity. Easy to install, this part fits seamlessly with compatible BUNN models, making it a hassle-free update for your coffee machine. By ensuring steady water flow and optimal heat distribution, this infusion assembly significantly improves brew consistency, allowing your establishment to serve excellent coffee every time. Its robust design reduces maintenance needs, saving you time and reducing operational downtime.

Specifications for the BUNN CBA MAIN INFUSION (CFA) (52887.1026) include compatibility with select BUNN commercial brewers, high-grade infusion components, and precise engineering for consistent water delivery. Ideal for coffee shops and commercial settings, this part is essential for maintaining the quality and reliability of your brewing system. Whether replacing a worn-out infusion assembly or upgrading your machine’s components, the CBA MAIN INFUSION offers outstanding performance and durability, helping you deliver premium brewed coffee to your customers consistently. Available now at Kaldi.com, this replacement part ensures your BUNN machine operates at peak efficiency.