Description
UPDATED 2021 PEARL | NOW AVAILABLE!
The updated Acaia Pearl, has been rebuilt, all over. Including Acaia's latest weighing technology, to make the original Pearl faster and better. With the new built in Flow-Rate Indicator, USB-C charging, and a brighter display for sunlight readability, the updated Pearl really is something to admire. Take your pour over skills to the next level with the real-time flow-rate indicator and additional modes. Or, keep it simple and stick to monitoring weight and time as you brew — the choice is yours and with the Acaia Pearl 2.0 Coffee Scale, the possibilities are endless.
FEATURES
FASTER & MORE RESPONSIVE － With new weighing technology, the Pearl stabilizes faster and more accurately during brewing, saving precious time for busy baristas.
ESSENTIAL BREWING MODES － From the Dual Display Mode to Auto-Tare modes to Beverage Mode, there’s a mode to fit your brewing style.
OPTIMIZED SUNLIGHT READABILITY － The display is easy to read in all indoor light conditions. Enhanced brightness also allows for better outdoor visibility.
REAL-TIME FLOW-RATE INDICATOR － The Flow-Rate Indicator visualizes your real-time pouring speed and suggests thresholds for ideal flow rates.
USB TYPE-C RECHARGEABLE － A greener alternative power source, the lithium ion battery lasts 30-40 hours.
DESIGNED TO LAST － Constructed with industrial standards in a modular design and rooted in laboratory scale technology for unparalleled robustness.
MODES
WEIGHING ONLY MODE － The weight only mode for all weighing purposes.DUAL DISPLAY MODE －The Dual Display Mode is made for all your coffee brewing needs, with manual control for timer and tare functions.
POUR OVER AUTO-START TIMER MODE － The Pour Over Auto-start Timer Mode is designed to aid pour over coffee brewing.
PORTAFILTER MODE － The Portafilter Mode is designed to speed up the workflow of accurately weighing coffee grounds in a portafilter.
BEVERAGE MODE － The Beverage Mode is designed to measure the coffee-to-beverage ratio. It is one of the most consistent methods for measuring pour over extraction.
