Simple and fast chemical beer analysis methods for brewing process control directly in the brewery

Chemical analysis for Beer quality control in breweries by yourselfAre you the owner of a brewery? Are you a master brewer and are looking for an analyzer to perform beer quality control during all brewing phases? Are you a consultant for breweries? We have the most appropriate analysis system for your business.

 CDR BeerLab®CDR BeerLab: the chemical analyzing system for beer quality control in every stage of brewing process in brewery: the self-contained analyzer to perform chemical analyses on beer and water that you can use anywhere for the brewing process quality control

Thanks to CDR BeerLab®, you no longer have to send beer or must samples to dedicated external laboratories. Beer analysis methods are quick and easy to use. The results of the tests are available in real time so as to be able to promptly take key decisions during the brewing process.

For detailed technical characteristics, enter the dedicated page

Solutions for analysis for beer quality control in Brewing was last modified: July 7th, 2017 by CDR s.r.l.

What you can analyze

In just a few minutes, CDR BeerLab® analyzer allows to determine a wide panel of parameters on beer and water:


  • Fermentable Sugars
  • Lactic Acid (D + L)
  • Bitterness
  • Color
  • Alcohol Content
  • pH
  • Starch
  • Free Aminio Nitrogen by OPA (FAN)
  • Total sulfur dioxide (SO2)

Water (only with the standard version)

  • Calcium
  • Magnesium
  • Bicarbonates
  • Chlorides
  • Potassium
  • Sulfates

How it can help you to perform analysis for beer quality control

CDR BeerLab®

  • is easy to use: directly in the brewery, during any phase of the brewing process without the support of skilled personnel;
  • exploits fine-tuned analytical methods that are simple and fast, with no risks for the operator, with no waste and without having to be equipped with a laboratory;
  • removes the need to rely on dedicated external laboratories;
  • enables to take key decisions in a timely manner: results on dozens of samples are obtained in just a few minutes;
  • provides accurate results, which are verified by correlation and compliance curves with the reference methods;
  • performs a complete panel of tests, all main parameters on beer and water to the purpose of the brewing process quality control;
  • is self-contained and compact, does not require maintenance operations: it is a spectrophotometer that perfectly meets breweries’ and master brewers’ analysis requirements.


A true testing laboratory: chemical analyses for beer quality control that comes in a complete, intuitive and reliable equipment

Complete, intuitive and reliable equipment for chemical analyses on beer CDR BeerLab® is a true analysis laboratory. We have developed it to perform easy and fast chemical analyses on beer directly at the brewery, without the support of personnel with specific lab tech experience, and without relying on a dedicated external laboratory.

CDR BeerLab® optimize traditional testing procedures, making them faster and easier, while guaranteeing accuracy standards in line with the ISO reference methods

Compact and handy, it is composed of:

  • an analyzer based on photometric technology equipped with state-of-the-art LED emitters, available in 2 versions
  • a kit of pre-vialed and ready-to-use low toxicity reagents, specifically developed by our research laboratory to fine tune analytical methods and avoid any contact with toxic or carcinogenic substances
  • pipettes that allow for the collection of the correct volume of sample.

Our device comes from a family of fast and reliable testing systems that we have developed and manufactured to perform food and beverage quality controls during the production process.

The ‘help’ function makes beer analysis methods easier

The system is reliable, fast and intuitive. It is so simple to use that anyone can run a test in total autonomy as if they were skilled personnel. Just a few steps suffice to perform the analyses and, if there is ever a doubt, the HELP function will lead you through the process by displaying detailed instructions. Click here for more info on the Help function


Download the Case study about in-house beer quality control in English brewerySince its installation, we have found the analyser to be accurate and easy to use. We are looking to list BAD Co. beer with a well-known national retailer and we wouldn’t be able to do that without in-house quality control using the BeerLab.

Paul Holden-Ridgeway
head brewer of BAD Co.’s


CDR BeerLab® beer analysis methods are reliable, easy to use and fast as confirmed by Campden BRI

The international reference analysis laboratory Campden BRI

Alt img: An assessment of CDR BeerLab® carried out by Campden BRI, the international reference analysis laboratory

The international reference analysis laboratory Campden BRI carried out a comparative study between the analytical methods exploited by CDR BeerLab® and the reference methods. The study concluded that: “The correlation of analytical results obtained with CDR BeerLab® with the reference methods is very good for all types of tested beer and must samples.

Furthermore, the Campden BRI laboratory highlighted that:

  • The instrument is easy to use
  • The user interface is logical and simple
  • No calibration is needed
  • As compared with traditional methods, CDR BeerLab® analytical methods are much faster
  • The system has a low environmental impact due to minimum waste production and very low volumes of sample and reagents used



The two versions of CDR BeerLab® for chemical analyses on beer

 CDR BeerLab analyzer for Chemical tests on beer for brewing process controlCDR BEERLAB®CDR BeerLab Junior analyzer for Chemical tests on beer for brewing process controlCDR BEERLAB® JUNIOR

Fermentable sugars
Bitterness (IBU)
Lactic acid (D+L)
Alcohol by volume
pH must
Free Amino Nitrogen by OPA (FAN)
Total sulfur dioxide (SO2)


Fermentable sugars
Lactic acid (D+L)
Alcohol by volume
pH must
Free Amino Nitrogen by OPA (FAN)
Total sulfur dioxide (SO2)
Simultaneous analyses163
Possibility of running several tests on the same samplesi
Photometric module4 thermostated reading cells (37˚C)4 thermostated reading cells (37˚C)
Incubation module37˚C thermostatic block with 16 slots37˚C thermostated reading block with incubation function
Dimensions and weight32 X 29,5 X 13 cm (L x P x  H) – 2,8 Kg15 x 22 x 8,3 cm (L x P x H) – 0,80 Kg
Lithium ion batterysi