
IKAWA | Sample Roaster - PRO X Series
Discover the ultimate in precision roasting with the IKAWA PRO X Series digital sample roaster. Elevate your coffee game with advanced features and unrivaled simplicity.
Why You’ll Love It
- Unlock powerful precision and time-saving features
- Automatic first crack detection for consistent roasting
- Full-spectrum LED roast chamber light for clear visibility
- Built for business with durable construction and low-maintenance design
FAQ
Is the IKAWA PRO X Series easy to use for beginners?
Yes, it's designed for simplicity while offering advanced features for professionals.
How many roasts can the IKAWA PRO X Series withstand per day?
It is made to withstand up to 60 roasts per day.
Does the IKAWA PRO X Series come with a carrying case for transport?
Yes, it includes a Peli carrying case for safe and convenient transport.
-
New sensor. New data. Powerful new features.
The world's first digital sample roaster, IKAWA provides unparalleled simplicity, efficiency, and consistency to empower excellence in coffee roasting that is easy enough for beginners and advanced enough for the most demanding professionals.
The PRO X Series leverages exclusive-to-IKAWA humidity data to unlock powerful precision and time-saving features including automatic first crack detection, target development mode, and moisture release graph—alongside the addition of a full-spectrum LED roast chamber light, improved doser, and USB-C power out connection.
Enabling collaboration and learning, the IKAWA Pro App unlocks your roasting expertise with a simple interface, roast profile library/sharing, and precision graph editing so you can focus on exploring each coffee's unique flavour, cupping and evaluation for purchasing, and profiling your coffee for production roasting.
Built for business, IKAWA's durable construction and low-maintenance design is made to withstand 60 roasts per day, with an accompanying Peli carrying case for safe transport to remote farms.
Available in PRO50x (50g capacity) or PRO100x (100g capacity) models.
