Anyone can perform the required wet chemical analyses regardless of their chemistry background. Gallery discrete analyzers are easy to use and maintain, the workflow-based operation is suitable for all users’ levels.
Dedicated for beer, malt, and wort analysis, the Thermo Scientific Gallery Plus Beermaster Discrete Analyzer automates labor-intensive and time-consuming bitterness quality control tests. Using discrete cell technology, the analyzer simultaneously automates the determination of many analytes including beta-glucan, FAN, and SO2 from the same sample. This enables fast turnaround and expansion of your laboratory’s analytical capabilities. The Bitterness Column Module (BCM) in the Gallery Plus Beermaster Discrete Analyzer enables unique automated pretreatment and measurement for bitterness. The discrete analyzer can accommodate 180 samples and 42 reagents in its separated sample and reagent disks, with the capacity to perform up to 350 tests/hour, and approximately 8 bitterness tests/hour with the BCM.
Automated bitterness testing
The Bitterness unit (BCM), an integrated coated capillary column within the Gallery Plus Beermaster discrete analyzer, includes unique automated pretreatment and measurement for bitterness. The traditional manual test for bitterness is slow and laborious, and uses liquid-liquid extraction with isooctane, which must be disposed of properly. The system’s bitterness module, on the other hand, uses ‘green’ solid-phase extraction ahead of a fully-automated testing protocol. During the automated process, the beer bittering substances are first extracted from interfering compounds present in the sample matrix, and then measured at 275 nm approximately eight bitterness tests per hour. With the BCM in use, the Gallery Plus Beermaster discrete analyzer can accommodate 72 samples. Your lab will increase efficiency in beer, malt, and wort quality control while saving significant time in sample pretreatment and analysis—ultimately improving lab productivity.
Key features
Unique, disposable DECACELL cuvettes
- The low cost, disposable DECACELL cuvettes used are 10 independent reaction cells mounted together for true discrete analysis
- No need for washing – Improves throughput
- No carry over – Improves result reliability
- Reduced sample and reagent consumption: 2–240 μL
- Lowest waste generation and disposal cost
- Reduced cost per analysis
High-throughput analyzer
- True, direct-read discrete analyzer
- Increased throughput with a sample capacity of up to 350 tests/hour
- Optional ECM unit for parallel pH and conductivity measurement
- 12 filter positions - covering wide spectral range from 340 to 880 nm
- Up to 20 different chemical parameters per sample
- Measurements cover a large concentration range with excellent reproducibility - Sensitivity to the ppb level
Versatility and ease of use
- Pre-defined ready-to-use methods
- More than 50 ready-to-use enzymatic and colorimetric reagents
- Automated calibration from single stock standard
- Automatic dilution of over-range samples
- Wide incubation temperature range from 25 °C to 60 °C
- User-specific applications can be developed to meet individual testing needs
User interface and data management
- Workflow based operation— suitable for all users’ levels
- LIMS connectivity
- User administration
- Traceability - Built-in barcode readers for samples and reagents
- Real-time QC program with multiple, user-definable Westgard rules
- QC charts - Out-of-specification control results flagged
- Instrument validation using IQ Kit
Low cost of ownership
- Xenon source lamp – Savings over lifetime of the instrument
- Ready to use Gallery system reagents eliminate time-consuming reagent preparation, freeing operators for other tasks
- Unique low volume cuvette design for less reagent waste and potentially lowering operation costs
- Contamination-free analysis using disposable cuvettes.
- Accommodates a variety of sample cups and primary tubes
Benefits
Reduce the risk of rerunning samples due to carry over effect with true discrete measurement and disposable cuvettes. Thermo Scientific system reagents are ready to go, saving the technician’s time and reduces preparation errors, ensuring confidence in the quality of results.
Thermo Scientific Gallery and Gallery Plus discrete analyzers are easy to use, automated systems that allow laboratories to simplify their testing with the dual benefits of time and cost savings. Because the instruments operate without manual intervention, you can enjoy walkaway productivity and focus on more strategic tasks.
The unique low volume cuvette design guarantees smallest reagent consumption, 2-240 µL, minimizes reagent waste, and as a result reduces reagent costs. Optimized reagent kit sizes and on-board stability further minimize the amount of waste produced and increase cost efficiency.
Fully automated, rapid, random access multiparameter analyzer can perform up to 350 photometric tests per hour and up to 67, parallel, pH and conductivity measurements with optional ECM unit. Parallel determination of several analytes from a single sample as well as the presence of several automated features ensures analytical efficiency.
Anyone can perform the required wet chemical analyses regardless of their chemistry background. Gallery discrete analyzers are easy to use and maintain, the workflow-based operation is suitable for all users’ levels.
Reduce the risk of rerunning samples due to carry over effect with true discrete measurement and disposable cuvettes. Thermo Scientific system reagents are ready to go, saving the technician’s time and reduces preparation errors, ensuring confidence in the quality of results.
Thermo Scientific Gallery and Gallery Plus discrete analyzers are easy to use, automated systems that allow laboratories to simplify their testing with the dual benefits of time and cost savings. Because the instruments operate without manual intervention, you can enjoy walkaway productivity and focus on more strategic tasks.
The unique low volume cuvette design guarantees smallest reagent consumption, 2-240 µL, minimizes reagent waste, and as a result reduces reagent costs. Optimized reagent kit sizes and on-board stability further minimize the amount of waste produced and increase cost efficiency.
Fully automated, rapid, random access multiparameter analyzer can perform up to 350 photometric tests per hour and up to 67, parallel, pH and conductivity measurements with optional ECM unit. Parallel determination of several analytes from a single sample as well as the presence of several automated features ensures analytical efficiency.
Specifications
Thermo Scientific Gallery Plus Beermaster discrete analyzers are fully automated, sample oriented random-access analyzers. Many different tests can be run simultaneously from a single sample. Panels of system applications are predefined into the analyzer, e.g., for malt, beer, barley, enzymes, feed water and environmental quality control and testing. However, new user-specific applications can be defined. Gallery discrete analyzers employs colorimetric end-point and kinetic as well as turbidimetric and bichromatic reactions with or without sample blanking. System supports automated standard addition measurement method for complex sample matrices.
- Continuous access to samples, reagents, and cuvettes without interruption of routine workflow
- Automated processes allow beer bittering substances to be extracted from interfering compounds found in the sample matrix prior to photometric analysis at 275nm
- System reagents eliminate time-consuming reagent preparation, freeing operators for other tasks
- Unique low volume cuvette design for less reagent waster and potentially lower operation costs
- Measurements cover a large concentration range with excellent reproducibility
Gallery Plus Beermaster Discrete Analyzer with BCM Unit | ||
|---|---|---|
| Request quote | ||
| Discrete analyzer | Measurement method | Fast, efficient and fully automated colorimetric/photometric analyzer dedicated for beer, malt, and wort quality control and analysis |
| Cuvettes | Discrete disposable cuvettes | |
| Performance | Cuvettes capacity | On board capacity 360 measurement cells |
| Cuvette cleaning | Disposable cuvettes, saves time, improves throughput, precision and accuracy | |
| Cross contamination | Nil | |
| Sample capacity | 108 samples | |
| Reagent capacity | 42 positions | |
| Reagents per test | Up to 4 reagents addition | |
| Tests/hour | 350 tests/hour (approx. 8 bitterness tests/hour with the BCM) | |
| Parameters per sample | Up to 20 parameters | |
| Samples & reagents | Sample volume | 2–120 μL (possibility to extend up to 240 μL) |
| Reagent volume | 2–240 μL | |
| Sample containers | 0.5, 2.0 and 4.0 mL sample cups 5.0, 7.0 or 10.0 mL sample tubes | |
| Technical information | pH range | — |
| Conductivity range | — | |
| Wavelength range | 275, 340–880 nm | |
| Filter disc | 12 position | |
| Linear range | 0 to 3.5A | |
| Resolution | 0.001A | |
| Source lamp | Long-life Xenon lamp | |
| Bitterness test | Automated bitterness measurement | |
| Measurement temperature | Adjustable between 25 °C and 60 °C; Default setting at 37 °C | |
| Auto analysis | Automated calibration | ✓ |
| Auto dilution of over range samples | ✓ | |
| Barcode reader for samples and reagents | ✓ | |
| Auto start up & shutdown | ✓ | |
| Urgent samples | Continuous access to samples, reagents, and cuvettes without interrupting the test cycle | |
| User interface | Bi-directional LIMS | ✓ |
| Calibration | Factor, bias, linear, logit-log, spline, 2nd order and point-to-point | |
| QC check | Real-time QC program with multiple and variable rules; Control frequency user-definable | |
| Out of limit | Results flagged | |
| Hardware | Dimension | 94 cm W × 70 cm D × 62 cm H (closed) 94 cm W × 70 cm D × 130 cm H (open) |
| Weight | 110 kg (242 lbs) | |
| Part Number* | MG9862 2001 | |
Discrete Analyzer Market Applications
Mastering Beer Analysis
For brewers, the compounds of interest range—from inorganic ions, organic acids and hop bittering principles that contribute to overall taste and bitterness—to proteins, carbohydrates and alcohols that are monitored to determine the extent of fermentation. Dedicated for beer, malt, and wort analysis, the Gallery Plus Beermaster discrete analyzer automates labor-intensive and time-consuming tests.
Simplified Wine Analysis
Wineries needs a reliable analytical instrumentation for multi-parameter analysis, that enables lab personal without technical or chemistry knowledge to carry out the routine wine analysis. Thermo Scientific Gallery discrete analyzers together with ready to use system reagents makes the overall wine analysis simple, accurate and reliable. The ready to use wine reagents are specifically developed for rapid and cost-effective analysis of juice and wine.
High throughput Environmental Analysis
Drinking water safety is clearly a critical priority. The U.S. Environmental Protection Agency, through the Safe Drinking Water Act, has established national health based standards that address both man-made and naturally occurring contamination. Labs must ensure municipal or industrial wastewater is safe before its discharge into surface waters in accordance with regulations in the U.S. EPA Clean Water Act (CWA). Compliance requires consistent, accurate measurement of water parameters. Our discrete analyzers automate photometric and electrochemical analysis providing fast, reproducible results that allow laboratories to measure multiple analytes simultaneously.
Industrial water analysis
To eliminate corrosion and scaling that can damage valuable industrial components and to ensure regulatory compliance, reliable water analysis must be performed continuously.
Enzyme Assay Analysis
Measuring enzyme activity and enzyme assay is a precise job and can be influenced by many variables. Automation of enzyme assays is becoming increasingly important and the new Gallery Enzyme Master satisfy new method development to routine QA/QC tests
Resources
Quality attributes of beverage testing by integrated wet chemical analyzer
Achieving product consistency for malt, beer, wine, cider and other beverage analysis requires analysis of multiple parameters using several automated instrumentations and/or bench-top chemistry procedures. This webinar discusses how a integrated discrete analyzer simultaneously automates analysis from a single sample offering fast turnaround, reduced human error, reduced reagent use, and expanded laboratory analytical capabilities.
Top five reasons why feed water testing is important to the beer brewing process
Improving the beer brewing process starts with feed water analysis. To achieve the great taste of beer, the water quality must be tested in the various stages of the brewing process with reliable and accurate instruments. The water quality affects the enzyme activity in mash, minerals solubility, taste and quality of beer, and the life of brewing equipment. The top seven feed water chemical parameters that can influence beer quality.
Analytical guide for routine beverage analysis
It is imperative that beverage producers use the best analytical tools to ensure their products are of the highest and most consistent quality, and their laboratory is running most effectively. This informative eBook covers a diverse range of parameters that influence an equally diverse range of product characteristics such as organic acids, sugars, water, alcohol, metals, enzymes, and other process critical parameters.
Fully integrated multi-parameter analysis
The Gallery discrete analyzer offers capabilities and benefits that are essential for beer, malt and barley testing as part of the brewing and beer production process. The analyzer offers higher throughput with very low reagent and sample consumption, reducing waste and costs. Gallery Beer analyzer’s flexibility and versatility enables laboratories to expand their in-house analytical abilities, ensure quality and consistency, and increase profitability and performance.
Looking for more automated wet chemical analysis resources?
Visit our filterable and searchable resources library for product information, application notes, case studies, videos and more about our discrete analyzers.
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