Flame Photometer BWB XP

Sample rate

2 – 3.5ml/min

Tubing materials

Silicone and Tygon®

Required desk space for Instrument

50cm (H) x 45cm (W) x 45cm (D)*

For Safety reasons the Flame photometer requires 1m of unobstructed space above to allow dissipation of heat from the chimney.

Instrument size

XP Flame Photometer
51cm (H) x 39cm (W) x 35cm (D)
(20in x 15in x 14in)

Shipping
65cm (H) x 49cm (W) x 43cm (D)
(25in x 19in x 17in)

Weight

XP Flame Photometer – 14kg (30.8lbs)

Shipping – 25kg (55.1 lbs)

Power requirements

100V – 250V AC at 50 or 60Hz automatically selecting

Readout

LCD, four line, alpha numeric, back lit.

Optimal range

Single point calibration

Na 0.1 – 60ppm

K 0.05 – 100ppm

Li 0.05 – 50ppm

Ca 1.0 – 100ppm

Ba 1.6 – 100ppm

Multi Point Calibration

Na 0.1 – 1000ppm

K 0.05 – 1000ppm

Li 0.05 – 1000ppm

Ca 1.0 – 1000ppm

Ba 5.0 – 3000ppm

Reproducibility

<1% Coefficient of variability for 20 consecutive samples over ten minutes at concentrations of 100ppm or less. (After instrument stabilisation).

Specificity

Na/K/Li = <1% to each other when equal in concentration at <100ppm

Limit of detection (LOD) and
limit of quantification (LOQ)

LOD                          LOQ

Na – 0.03ppm      Na – 0.1ppm

K – 0.02ppm         K – 0.05ppm

Li – 0.02ppm         Li – 0.05ppm

Ca – 0.3ppm          Ca – 1ppm

Ba – 1.6ppm           Ba – 5.0ppm

Time to stability

Less than 15 seconds after sample is introduced into the flame.

Ions measured

Simultaneous measurement of Na, K, Li, Ca, Ba

Interfaces

USB

0-2.5 volt output (based on sample concentration linked to element of users choice)

Optional 4-20mA output in place of the above

Optional integrated printer

.csv and .pdf generated reports and files via FP-PC software

Recommended minimum warm up time based on ambient temperature

21ºC – 25 minutes

Fuel requirement

Propane, Butane or Natural Gas* regulated to 19Bar. Flow rate of 0.4l/min

*with modifications. BWB Technologies recommends either Propane or Butane for optimum results.

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    Features & Compatibility

    Fast, Accurate Elemental Analysis – Discover the Power of the Flame Photometer

    Flame Photometer BWB XP is a crucial tool for rapid and precise determination of alkali and alkaline earth metal concentrations in various samples. From clinical labs to agricultural testing, this compact yet powerful instrument delivers reliable results for elements like sodium, potassium, calcium, and lithium. When it comes to measuring metal ions quickly and cost-effectively, a flame photometer is the lab essential you can trust.


    What is a Flame Photometer?

    A flame photometer (or flame atomic emission spectrometer) is an analytical instrument used to detect and measure the concentration of specific metal ions in liquid samples. It works by introducing the sample into a controlled flame, which excites the metal atoms. As these atoms return to their ground state, they emit light at characteristic wavelengths that the instrument detects and quantifies.


    Key Elements Measured by Flame Photometry

    • Sodium (Na⁺)

    • Potassium (K⁺)

    • Calcium (Ca²⁺)

    • Lithium (Li⁺)

    • Barium (Ba²⁺) (in some advanced models)


    Benefits of Using a Flame Photometer

    • Fast and accurate elemental analysis

    • Simple operation and quick calibration

    • Highly cost-effective for routine testing

    • Ideal for clinical, agricultural, and industrial applications

    • Compact design suitable for small labs or mobile setups


    Technical Specifications to Consider

    Feature Description
    Detection Elements Na, K, Ca, Li (some models include Ba, Mg)
    Measuring Range Typically 0–100 ppm, varies per element
    Sample Throughput High-speed analysis with results in seconds
    Flame Type Usually air-LPG or air-acetylene
    Display Interface Digital display or touchscreen
    Data Output USB, RS232, or Bluetooth for data transfer
    Calibration Options Manual and automatic calibration
    Safety Features Flame-out detection, gas leak sensors

    Applications of Flame Photometers

    • 🧪 Clinical Laboratories: Electrolyte analysis (Na⁺, K⁺ in blood serum)

    • 🌾 Agriculture: Soil and plant nutrient monitoring

    • 💧 Water Treatment: Checking sodium/potassium in drinking water

    • 🏭 Food & Beverage Industry: Mineral content analysis in products

    • 🏥 Pharmaceuticals: Quality control of raw materials and formulations


    Choosing the Right Flame Photometer

    When selecting a flame photometer for your lab, consider the following:

    • Number and type of elements you need to measure

    • Sensitivity and linearity range

    • Calibration and automation features

    • Compatibility with lab software or data management systems

    • Safety and flame control features


    Summary

    The flame photometer is an indispensable tool for elemental analysis in a wide range of industries. Whether you’re performing routine electrolyte testing in a medical lab or analyzing nutrients in agriculture, this instrument offers fast, accurate, and affordable results. With advancements in automation and digital connectivity, today’s flame photometers are more efficient and user-friendly than ever before.

    Additional information

    Brand

    BWB

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