Cafec Flower Dripper - Deep 27

 

Cafec Flower Dripper Deep 27

Designed from CAFEC’s deep brewing philosophy and years of dedicated research, the Flower Dripper Deep 27 is a refined single‑cup pour‑over dripper that makes exceptional coffee effortless. Built with precision geometry and thoughtful engineering, it’s all about extracting sweetness, clarity and depth from every gram of coffee. 

Why the 27° Angle Matters

At the heart of the Deep 27 is its 27‑degree cone angle — a deliberate choice arrived at after extensive development to create the ideal filtration layer for a single cup. This steeper geometry allows even a small dose of grounds to form a deep, stable coffee bed, harmonising pouring speed and extraction rate to deliver consistent, rich flavours with less guesswork. 

Built for Simplicity & Consistency

From the moment you set the filter to the final drip, the Deep 27 is engineered for ease of use:

• Optimised flow control: The narrowed cone and internal rib structure maintain steady extraction even as the brew progresses.  
• Perfect rib and hole balance: Carefully tuned rib height and bottom aperture ensure the paper filter stays supported and air flows freely — preventing cling and uneven extraction.  
• Cup‑friendly design: A gently curved pedestal creates just the right clearance to brew directly into your mug without filter tips dipping into your coffee.  

What It Tastes Like

Coffee brewed through the Deep 27 screams sweetness and richness. The design emphasises the pleasant, nuanced components of your beans while minimising harsh flavours. Whether you’re highlighting delicate floral notes or deeper chocolate and nut tones, this dripper lets the character of your coffee show through with clarity. 

Materials & Compatibility

Made from durable Eastman Tritan™ copolyester, the Deep 27 is lightweight, heat resistant and BPA‑free, giving it the strength to become a long‑lasting staple in your brewing kit. It’s designed to work best with CAFEC’s dedicated Abaca+ Deep 27 paper filters — these maximise the dripper’s extraction potential by matching its unique geometry.