DiFluid R2 Extract - Coffee Refractometer
Incredible Precision - Our most precise refractometer yet, at ±0.02%.
Color Display - Capable of displaying more data for more testing options.
Aluminum Sample Dish - 675% better temperature conductivity for an incredibly stable measurement.
IP67 Water Resistant - Test, rinse, repeat. Just that easy.
Microcalibration - Advanced temperature compensation via special Microcalibration layer.
Self-Collection
* Self-Collection is available at our academy at 151 Lorong Chuan, New Tech Park, #05-06, Lobby E, Singapore 556741. You will receive an email notification when your order(s) is/are ready for collection.
*Collection can be made within 5 working days, 12pm - 4pm on Monday to Friday, 10am-1pm on Saturday (except Public holidays).
* Please collect your order within the week of receiving your pick-up notification.
- MicrocalibrationThe Microcalibration layer compensates for external disturbances and physical deformations such as temperature changes or undissolved particles, greatly improving accuracy and stability.
- Nano-Scale Hydrophobic LayerPrevents liquid from sticking to the glass, minimizing the need to touch it and providing an extra layer of protection against scratches, assuring long life.
- Imaging SensorR2 Extract utilizes a carefully calibrated 2D CMOS imaging sensor, reducing risk of misalignment and fragility, while increasing data collection and eliminating the need for a cap.
- Dual Temperature SensorsAllows for incredible precision by reducing interference from the outside environment. This is achieved by a compensation between two separately placed temperature sensors within R2 Extract.
- Standard TestPress the button, and watch the results appear. It's just that easy.
- Multi-TestSet a number of tests, and let R2 do the rest. The result is an average.
- Stable TestTesting begins automatically when temperature change is detected. Final results display when a stable temperature is reached.
- R2 Extract x 1
- Coffee Spoon x 1
- Protective Pouch x 1
- USB-C Cable x 1