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Photometry by its very description is the measurement of light. Therefore as we live in a world surrounded by light of both natural and artificial sources, background sources of light are obviously going to interfere with the reading of Emission Spectroscopy. As the method of detection for light waves comes from photodiodes which detect specific wavelengths of light, background light emissions will push the reading of concentration of the ions detected higher than is to be expected if they are not accounted for in the reading of concentration. The most important part of calibrating a Flame Photometer is to have a point of reference for a reading. Without a point of reference for a specific quantity of light absorbed by the ions, the results are meaningless and are nothing more than a measure of current through a photodiode. It’s like trying to measure how tall a house is without knowing the concept of standardised lengths. To calibrate anything, you need to know what their meaning is from a known point of comparison. The smaller the range of points and the more points of comparison there are, the higher the precision of the measurement. A good explanation of why this happens is that it is harder to measure something that is 3.5cm with a meter stick compared to measuring 3.5cm with a 10cm ruler. When the precision of results is imperative to be as close to the true value of concentration of a solution, a ballpark measurement of what its expected concentration range is always a good starting point. From there it is easier to hone in on the measurement of its true value with a pinpointed calibration range. For example, if you had no idea what the expected concentration of sodium in a solution was, diluting it down in a 1:10 ratio then making standard calibration solutions of 0 to 1000ppm solutions in increments of 100ppm of sodium would give a ballpark figure of what the true concentration is. Diluting the solution down to below 100ppm is ideal for flame photometry as it makes the reading more precise. After diluting the sample down to this range, a calibration standard series of 0-100 in 10ppm increments would give a precise result for the true value of sodium in this solution. If you were measuring multiple samples of this solution and one sample gave a reading of 110ppm, the precision of this result would be significantly lower than the readings of the other data in this series of samples. This feature is common to modern photometers, and whilst there isn’t a calibration range for the reading of 110ppm, the reading is taken by extrapolating the calibration curve out of its known range and then the measured values are input into the calibration curve for a new measurement of concentration. It would be more precise to make a few more calibration standards and remeasure the sample. One of the most important parts of calibration however comes down to what you are using to calibrate your flame photometer with. Going back to the length analogy, imagine trying to measure a 96cm object with a meter stick, but the meter stick is only 90cm. Therefore the utmost care should be taken in both the dilution of your samples, as you need to apply a dilution factor to make the sample back up to its true value, as well as accurately diluting or weighing your standards. If you already own or are interested in owning a professional flame photometer from BWB, we offer 24/7 support to help with calibration. #flamephotometercalibration #calibratingaflamephotometer

Components of a Flame Photometer In a Flame Photometer there are 5 main components that make up the instrument. These are: 1) Flame 2) Nebulizer 3) Mixing Chamber 4) Colour Filters 5) Photo Detector The Flame is a burner that is within the instrument needed for temperature control and to heat up the solution. The Nebulizer breaks up the sample into atoms. The mixing chamber mixes the relevant solution with the sample. The colour filters show us which metals are present. The photodetector tells us which metal the sample contains and to what concentration level. #flamephotometercomponents #flamephotometer #flamephotometers

Today we learn about how our instruments work. In Flame Photometry, the Flame Photometer is used to simultaneously detect and display five ions (K, Na, Li, Ca, and Ba) and to accurately determine the concentration of each within a given substance. Flame Photometry works by measuring the intensity of light emitted (measured using a wavelength of a colour) when the element is exposed to a Flame. Flame Photometer Components: There are four basic components to a Flame Photometer – a flame, nebulizer and mixing chamber, colour filters, and a photo detector. The Flame is a burner that is within the instrument needed for temperature control and to heat up the solution. The Nebulizer breaks up the sample into atoms. The mixing chamber mixes the relevant solution with the sample. The colour filters show us which metals are present. The photo detector tells us which metal the sample contains and to what concentration level. Flame Photometry Process: Flame Photometers work according to the following process. The substance you are testing is first put through a nebulizer into the flame. When the solution evaporates, the sample becomes atoms. These atoms excite after they absorb heat from the flame. When these atoms return back to their normal state, they give off radiation in a specific wavelength. The light intensity of this wavelength is then measured and attributed to the relevant colour characteristic of the metal it represents e.g. Sodium (Na) is Yellow. This then tells us which metals are in the substance you are testing and to what concentration. Data Storage: After you have conducted your analysis, you may wish to upload this data to your PC to transfer to colleagues. With BWB Flame Photometers you can do this using a simple USB cable. You can also store the calibration data on the flame photometer directly to return to later. How To Buy A Flame Photometer: With BWB Flame Photometers, all accessories needed to operate the instrument are included as standard, all you need to do is add gas. We offer both a standardised Flame Photometer and industry-specific models designed specifically for certain applications. Take a look at our full range - https://www.bwbtech.com/flame-photometer #FlamePhotometer #howaflamephotometerworks #howdoesaflamephotometerwork #flamephotometry

BWB Technologies produces the very best Flame Photometers on the market today, in terms of usability, advanced technologies, and localised support staff. Part of our commitment to excellence is delivering the best possible instrument to you, in a way that is safe, secure and also good for the environment. Our 'Green Commitment' is in two parts: Instrument: Low Electrical and Gas Consumption during it's use. When the Flame Photometer is being used, we have engineered it to use a minimal amount of electricity and gas - thereby limiting the amount of energy required - doing our bit to save you money and help the environment! By reducing the weight of the Flame Photometer we also require less fuel to deliver the instrument to your laboratory or company door - thereby reducing emissions we put into the atmosphere. Recycling 25% of the metal in the chassis of our Flame Photometers means we are reducing the number of greenhouse gas emissions we produce to manufacture the instrument, and are using less energy than making metal from virgin ore. Packing Box: With it's sleek new design, our packing box has been re-designed to reduce it's weight by 5kg's, thereby also lowering the transport costs and truck emissions to deliver it to your doorstep. Made from recyclable card foam inserts that are fully recyclable means the material can be reused time and time again, to allow for maximum use of the resource. We are committed to always providing the very best Flame Photometer Instruments for your needs, and we recognise the role that protecting the environment plays in this. Our continuous research and development ensures we are always at the cutting edge of latest methods and strategies to achieve this. #flamephotometermanufacturers #flamephotometermanufacturing #flamephotometer

BWB Technologies was founded over a decade ago, our Founder Gary Bukamier had one unrelenting aim - redefine what can be achieved with a Flame Photometer. Since the founding they have always been at the top of the table for Flame Photometry. Unrivalled technology, 24 hour specialist customer support, and affordable pricing are just three of the many reasons BWB Technologies remains at the number one spot for Flame Photometer Manufacturing, building annual on it's 34.6% market share - the largest globally. BWB's range of Flame Photometers are the first real alternatives to AAS (atomic absorption spectrometry) and ICP (induced coupling plasma) for measuring Lithium Li, Sodium Na, Potassium K, Calcium Ca & Barium B. The expert team of leading industry specialists in-house at BWB continually strive to create high quality, cost effective products that redefine what is achievable with a low temperature flame. Our expertise is well-respected and it's reach enables the company to create continually impressive instruments to meet the exact needs of the market. Each instrument is designed to fit a specific purpose and address a need in the market, allowing our loyal customers to always be equipped with the correct equipment for each job they are tasked with. From Bio to Nuclear, Soil to Wine, BWB Technologies has the precise equipment you need to do the job with precision, accuracy, and ease. Our manufacturing plant in Newbury, England benefits from a recognised team of dedicated Research and Development, sales, support, and technical experts to enable us to consistently stay ahead of the game and provide the very best instruments to market. BWB Technologies are the only flame photometer manufacturer to have dedicated sales and technical support offices in Europe, The America's and the Middle East. Wherever you are in the world, there is a BWB representative speaking in your native tongue that can assist with your flame photometer needs and questions. Our 24/7 support service means we are always available to answer your queries and provide our 5* rated support to your team. #flamephotometermanufacturer #flamephotometermanufacturing #flamephotometermanufacturers

At BWB Technologies, we take great care to make sure that every Flame Photometer that leaves our building is delivered to you in the highest possible standard. We are constantly improving our packaging - making it stronger, more attractive, more protective and more functional. As you can see from the image below, you can always be rest assured that your instrument will be delivered in mint condition. With polystyrene inserts, each corner of the instrument is protected against any possible damage in transit, and it is easy to take apart and set up once delivered to you, to allow for easy installation and start up. At BWB Technologies, we take great pride in making sure you have the best experience with your Flame Photometer, from selecting the best instrument for your needs, right through to delivery and setup. For more details on our range of Flame Photometers visit our Flame Photometer Page. #flamephotometerpackaging #flamephotometerdelivery

Introducing our BRAND NEW Soil Flame Photometer is the first of it's kind for the Agricultural Industry. Potassium has long been hailed as essential to plant growth in the industry, with accurate and regular measurement of the element in soil and fertilisers proving vital for farmers and industry professionals to ensure greatest crop success. BWB have created this unique instrument to provide the very best possible measuring tool available on the market today. With enhanced Ca detection alongside Sodium and Potassium and the option to utilise Lithium as an internal reference standard, BWB have produced a truly amazing machine. It has been built to allow for easy transportation between sites, and the 'just add gas' configuration means you have everything you need to get started straight away out of the box. No extra accessories required, no extra costs involved. With a thermal printer fitted as standard, traceability for sample analysis is maintained throughout. Find out more about this fantastic Soil Flame Photometer. #soilflamephotometer #flamephotometerforsoil #measurepotassiuminsoil

Introducing the brand new BWB XP Plus Flame Photometer. The BWB XP Plus Flame Photometer was designed around the original BWB XP Flame Photometer, and provides enhanced functionality. This gives more utility while maintaining the unsurpassed levels of accuracy, usability and reliability, and significantly reducing analysis time. Detect and display all 5 elements simultaneously, saving time and speeding up sample analysis. No need to change filters or re-calibrate for each element individually. High Levels of Accuracy, Usability and Reliability that is unrivalled in the industry. Through our constant innovation and use of modern technology, this instrument offers you detailed and exact data that is reliable time and time again. Intuitive and helpful interface. With bright colours, and a large LCD display, you can quickly setup your instrument using the step-by-step on-screen guide, and analyse your results with ease. Solid and sturdy design. Our metal casings are strong and durable, meaning they stand the test of time. Environmentally Friendly. Our components are ROHS compliant where possible, and have a low carbon footprint, meaning they are easily recycled. All-in-one kit with no need to purchase extra accessories. Our XP Flame Photometer comes with everything you need to use the product straight out of the box. Power Cables, Gas Hose, Aspiration Kit, Manuals, Warranty Registration Form, Certificates of analysis, Material Safety Data Sheets for all provided Fluids, The FP-PC Software installation USB, cleaning solution, calibration fluids, conical flask, disposable sample cups, Deionized water, waste tube, set of spare fuses and pipettes. Just add gas! Easily share your data with colleagues. Need to collaborate with your Department Head or Research Associates? Each photometer comes with a USB to enable you to easily and quickly share data from the BWB XP Flame Photometer directly to your PC or intranet with PDF or CSV reports. “IRS” (Internal Reference Standard) Caesium or Lithium Option. The BWB XP PLUS is the first and only 5 channel flame photometer with simultaneous detection and display of Sodium, Potassium, Lithium, and Calcium with an option to use either Caesium or Lithium as an Internal Reference System (IRS) that acts as an internal standard to adjust small changes during calibration and measuring. To find out more about the BWB XP Plus Flame Photometer visit BWB XP Flame Photometer Page on our Website. #bwbxpflamephotometer #xpflamephotometer #FlamePhotometer

As part of our commitment to consistently being on top of the latest technology advancements and innovations, BWB Technologies Website is now HTTPS Secure. HTTPS is a form of website encryption whereby your browser will check the security certificate of our website and verify it is deemed as 'safe' by a legitimate authority. This level of technology and encryption on our website means when you submit information to us using our website, it is kept totally secure. When you use HTTPS, which encrypts websites, your browser will look up our website's security certificate to see whether it has been certified as "safe" by an official body. This degree of technology and encryption ensures that any information you send to us via our website is completely safe. Originally used by Banks and eCommerce stores, the HTTPS Security Certificate is now being rolled out to industries with a significant presence on the web, and companies such as us who are constantly looking for new technologies and ways of improving our service to customers. #FlamePhotometer #httpssecurity

Flame Photometer consumption report 2017 A Flame Photometer is a scientific instrument that is used to analyse the levels of Sodium, Lithium, Potassium, or Calcium in a particular sample. The instruments are most commonly used in laboratory settings for accurate analysis of elements is essential for scientific research projects and evaluations. Consumption and Uptake of Flame Photometers at present is most prevalent in North America, currently leading the vast influx of new Flame Photometer demand. This is steadily followed by Europe and China as positions two and three respectively. BWB Technologies has specialist distributors on each of these continents that are primed to deliver exceptional flame photometer instruments to laboratories and a whole range of other applications. In recent publications, BWB Technologies have been identified and recognised as a leading provider of Flame Photometers. You can find out more about our Flame Photometer Range by clicking this link #FlamePhotometer #flamephotometry #flamephotometers

Check out our latest free whitepaper guide covering everything you need to know about Flame Photometry, from it's origins to its applications. We've even included 22 of the most popular applications with methods to get your creative juices flowing. Click HERE to download your copy today. #FlamePhotometer #Methods #Applications #Analysis #History

Introducing the new BWB XP Flame Photometer, the BWB XP Flame Photometer is a highly accurate general purpose flame photometer, offering unmatched benefits to its professional users, including: Detect and display all 5 elements (Na, K, Li, Ca, Ba) simultaneously. This speeds up the time taken to analyse each sample. No more lengthy waiting times for results, or needing to change each sample before you move on to the next. Furthermore, with the BWB XP Flame Photometer, there is no need to change the filters in-between testing or re-calibrate for each element individually. It’s all built in! High Levels of Accuracy, Usability and Reliability. Our constant innovation and use of advanced modern technology ensures this instrument offers you detailed and exact data that is reliable time and time again. No re-testing, time double-checking your results, or discrepancies amongst data. Just the correct, precise results, every single time! Intuitive and helpful interface. With bright colours, and a large LCD display, you can quickly setup and begin using your instrument straight away. No complicated dashboards, lengthy manuals, or complex procedures. Our helpful step-by-step on-screen guide assists you through this user-friendly scientific instrument. Solid and sturdy design. There is no need to worry about breakages, all of our metal casings are strong and durable, meaning they stand the test of time. You can be sure that your BWB XP Flame Photometer will make a good investment that can serve your laboratory for a long time to come. Environmentally Friendly. Need to comply with environmental regulations or company guidelines? Our components are ROHS compliant where possible, and have a low carbon footprint, meaning they are easily recycled. All-in-one kit with no need to purchase extra accessories. Our XP Flame Photometer comes with everything you need to use the product straight out of the box. No hidden costs or charges. We supply you with Power Cables, Gas Hose, Aspiration Kit, Manuals, Warranty Registration Form, Certificates of analysis, Material Safety Data Sheets for all provided Fluids, The FP-PC Software installation USB, cleaning solution, calibration fluids, conical flask, disposable sample cups, Deionized water, waste tube, set of spare fuses and pipettes. Just add gas! Easily share your data with colleagues Need to collaborate with your Department Head or Research Associates? No problem. Each photometer comes with a USB to enable you to easily and quickly share data from the BWB XP Flame Photometer directly to your PC or intranet with PDF or CSV reports. To find out more about the BWB XP Flame Photometer, visit BWB XP Flame Photometer Product Page #xpflamephotometer #bwbxpflamephotometer #bwbflamephotometer #flamephotometers #flamephotometry #flamephotometer