ABSOR.B™
The First IoT-Enabled Absorbance & Transmittance Meter with Interchangeable Wavelengths
SELECT, PLUG AND MEASURE ABSORBANCE AT THE WAVELENGTH THAT SUITS THE BEST YOUR APPLICATION
Part of our CASCAD.S™ instrument series, the ABSOR.B™ is an IoT-enabled, modular and scalable absorbance/transmittance meter. Thanks to its unmet flexibility, the ABSOR.B™ operates at the very specific wavelength you select among the variety of optical CARTRIDGE.S™ of the CASCAD.S™ instrument series. No need to use a spectrophotometer covering a wide spectrum of wavelengths when only specific wavelengths are relevant to your application. This affordable ‘discrete spectrophotometer’ can operate into a network of multiple units depending on your scalability needs.
Thanks to its unmatched flexibility and modularity, ABSOR.B™ empowers you to select the wavelengths you wish to purchase and the quantity of units you need to operate, giving you complete control on features and costs
FLEXIBLE
Select and use optical cartridges and sample holders that suit your specific applications
MODULAR
Plug in and utilize interchangeable optical cartridges with a variety of wavelengths
SCALABLE
Boost your capabilities with ease by integrating new ABSOR.B™ units into your existing system
DATA-DRIVEN
With the Soft Matter Analytics™ App data are organized in databases that you can customize, build and analyze
FLEXIBLE
Select and use optical cartridges and sample holders that suit your specific applications
SCALABLE
Boost your capabilities with ease by integrating new ABSOR.B™ units into your existing system
MODULAR
Plug in and utilize interchangeable optical cartridges with a variety of wavelengths
DATA-DRIVEN
With the Soft Matter Analytics™ App data are organized in databases that you can customize, build and analyze
CUSTOMIZE AND EXPAND YOUR ABSOR.B™ SYSTEM ACCORDING TO YOUR REQUIREMENTS, WHENEVER YOU NEED TO!
ABSOR.B™ is an absorbance meter that operates as a discrete spectrophotometer. You can select, plug and measure at the wavelength that matches your specific application. You can also enhance the capabilities of your testing system by incorporating new ABSOR.B™ units operated from the same tablet App.
With the ABSOR.B™, the sole discrete spectrophotometer, you have the capability to:
- Choose the appropriate optical emitting or receiving cartridge with the wavelength that suits the needs of your particular application.
- Simply plug and use interchangeable emission and reception optical cartridges with specific wavelengths.
- Order new optical cartridges (wavelengths) as your applications and projects evolve over time.
- Use the sample holder that best suits your needs: 10 mL, 4 mL, or 1 mL vials, cuvette, or PCR-tube.
- Operate the ABSOR.B™ under a flow hood by leveraging the communication capabilities of the wireless operating tablet.
- Benefit from the outstanding data acquisition and processing capabilities of the Soft Matter Analytics App.
EXPERIENCE THE INCREDIBLE FLEXIBILITY OF THE ABSOR.B™ AND TAILOR YOUR INSTRUMENT'S FEATURES TO PERFECTLY MATCH YOUR UNIQUE REQUIREMENTS
Elevate and customize your instrument to precisely align with your current and future demands, offering an unsurpassed level of flexibility and adaptability. Enjoy the unparalleled freedom to craft a unique ABSOR.B™ instrument that perfectly aligns with your specific requirements, all while maintaining control over your budget and investments.
CARTRIDGE.S™
Plug and use the emission or reception optical cartridge in the ABSOR.B™ that meets your specific applications and industry needs. Optimize your budget by purchasing only the wavelengths necessary for your specific application.
SAMPLE HOLDERS
Select the sample holder that best suits your specific application for use with ABSOR.B™. Enhance your ABSOR.B™ capabilities as you progress with additional sample holders.
ENHANCE YOUR TESTING CAPABILITIES WITH EASE AS YOU EXPAND!
Elevate and customize your instrument to precisely align with Thanks to the unmatched modularity of the ABSOR.B™, expanding your absorbance & transmittance testing system has never been as easy and efficient. This groundbreaking instrument provides exceptional scalability, making it the ideal choice for organizations seeking to broaden their capabilities and address new challenges effectively while mastering their budget.
- Easily integrate new ABSOR.B™ units into an existing system and manage up to five instruments using a single tablet through the Soft Matter Analytics App.
- Each ABSOR.B™ unit operates independently and can utilize a unique set of cartridges, enabling you to customize your system to perfectly align with your specific requirements.
- Benefit from seamless scalability and unparalleled flexibility through the advanced modularity of ABSOR.B™.
- Whether your testing requirements change or new applications arise, you have the flexibility to incorporate new units into your system at any given moment.
THE ABSOR.B™ WAS DESIGNED FOR THE NEW ERA OF DATA-DRIVEN SCIENCE
Take your testing experience to the next level with the Soft Matter Analytics App, a powerful software that makes operating and controlling the ABSOR.B™ discrete spectrophotometer easy and efficient
DISCOVER THE APPLICATIONS OF THE ABSOR.B™
Chemical reactions in which one of the reactants or products is colored can be monitored with absorbance measurements over time. For example, dye molecules can react with specific substances changing its chemical structure and therefore its ability to absorb/reflect light the same way. Similarly, the activity of enzymes can be monitored when the reaction between the enzyme and the substrate results in a colored product. In these two examples, the rate of the chemical reactions...
Absorbance is a crucial concept in the field of spectrophotometry, a technique used to measure the amount of light absorbed by a substance over a large range of wavelengths. It is a dimensionless quantity derived from the logarithm of the ratio of incident light to transmitted light through a sample. The absorbance spectrum, often represented as a graph, reveals the wavelengths at which a substance absorbs light most strongly (Figure 1). This information is useful in various scientific fields such as biology, chemistry, biochemistry, molecular biology for identifying and quantifying specific compounds...