EasyDens & SmartRef Combo | by Anton Paar
Alcohol Meter
Shipping calculated at checkout
- Fast and Accurate Gravity Readings
- Small Sample Volume & Easy Cleaning
- Data Management & Visualization via Web, iOS & Android App
Direct results for fermenting or finished beer.
- ±0.5 %v/v precise alcohol content determination
- ±0.2 %w/w real extract
- ±0.8 %w/w original gravity
- Determination of wort extract content
- Fermentation tracking & visualization
- Automatic temperature correction (ATC)
The EasyDens & SmartRef combo uses density measurement and refractive index measurement to directly determine the alcohol content and more in finished light, standard or strong beer.
Product details
The EasyDens & SmartRef Combo includes:
EasyDens Digital Density Meter:
1x EasyDens
2x Batteries
1x Syringe
1x Waste hose
1x Adapter luer
SmartRef Digital Refractometer:
1x SmartRef
2x Batteries
4x Pipettes
Shipping
Order today, delivers: 3 - 7 business days
Free worldwide shipping
Manufacturer information
EasyDens Digital Density Meter:
Anton Paar GmbH
Anton-Paar-Str. 20
A-8054 Graz/Austria – Europe
support@easydens.com
www.anton-paar.com
SmartRef Digital Refractometer:
Anton Paar ConsumerTec GmbH
Anton-Paar-Str. 20
A-8054 Graz/Austria – Europe
support@easydens.com
www.anton-paar.com
Let’s Clear Things Up
What comes with my EasyDens & SmartRef order?
- 1 EasyDens Digital Density Meter
- 1 Syringe 10 mL Luer (outlet non-centered)
- 2 AA Batteries
- 1 Luer Cone
- 1 Silicone Hose 3 x 5 mm (30 cm)
- 1 EasyDens Quick Guide
- 1 EasyDens Safety Guide
- 1 SmartRef Digital Refractometer
- 4 Plastic pipettes; Vol. 1 mL
- 2 AAA Batteries
- 1 SmartRef Quick Guide
- 1 SmartRef Safety Guide
Is shipping free?
Shipping is free for all orders above 99 EUR.
Can I use the same EasyDens and SmartRef combo for different applications?
Yes, the EasyDens and SmartRef Combo is fully compatible with all supported application types. However, it is important to note that each application requires a dedicated mobile app, as each app implements application-specific algorithms, correction models, and unit conversions to ensure precise and reliable results for the respective sample matrix.
