The Hario V60 NEO Has a Redesigned Rib Structure for Faster Extraction
The Hario V60 NEO marks the first major structural redesign of the iconic pour-over dripper in nearly two decades. Instead of the classic spiral rib pattern, the new brewer introduces 72 fine vertical ribs along the upper walls that transition into nine deeper ribs near the base. The revised geometry is designed to guide water more evenly through the coffee bed before accelerating flow toward the outlet, producing a cleaner and more balanced extraction.
Hario developed the V60 NEO over a two-year testing process focused on rib count, flow dynamics, and brewing consistency. The dripper is made from Tritan resin, a lightweight material intended to improve heat retention and temperature stability during brewing. The V60 NEO also remains compatible with existing V60 switch bases, allowing users to integrate the updated brewer into current setups without replacing additional equipment.
Image Credit: Hario
Hario developed the V60 NEO over a two-year testing process focused on rib count, flow dynamics, and brewing consistency. The dripper is made from Tritan resin, a lightweight material intended to improve heat retention and temperature stability during brewing. The V60 NEO also remains compatible with existing V60 switch bases, allowing users to integrate the updated brewer into current setups without replacing additional equipment.
Image Credit: Hario
Trend Themes
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Precision Flow-control Brewing — Precision-engineered internal geometries in beverage tools that modulate fluid flow, presenting potential for devices that standardize extraction across user skill levels.
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Material-driven Thermal Stability — Adoption of advanced resins and polymers that improve heat retention and reduce thermal variability during short-duration infusions, opening space for more consistent portable brewing systems.
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Modular Compatibility Design — Designs that maintain backward compatibility with existing accessories while updating core functionality, allowing incremental upgrades and broader consumer adoption of improved components.
Industry Implications
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Specialty Coffee Equipment — Manufacturers of pour-over and espresso accessories experiencing pressure to integrate fluid-dynamic insights into product lines to meet professional and home brewer demands for consistency.
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Consumer Kitchen Appliances — Small-appliance brands exploring lightweight, thermally stable materials for countertop devices that require precise temperature management over brief cycles.
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Materials Science and Polymer Manufacturing — Suppliers of Tritan-like resins and engineered plastics positioned to develop tailored formulations that balance durability, thermal properties, and food safety for premium beverage applications.
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