The Labtronics LT-672 Microprocessor Flame Photometer with graphical display is an advanced analytical instrument designed for precise detection of sodium, potassium, calcium, and lithium ions in various solutions. Ideal for use in clinical laboratories, environmental testing centers, agricultural research, and educational institutions, this flame photometer delivers reliable and fast quantitative results with minimal user effort.
₹74,000.00
| Feature | Specification |
|---|---|
| Instrument Type | Microprocessor-based Flame Photometer |
| Measurable Elements | Sodium (Na), Potassium (K), Calcium (Ca), Lithium (Li) |
| Measurement Range | Na & K: 0–100 ppm; Ca: 0–100 ppm; Li: 0–50 ppm |
| Accuracy | ±2% of full scale |
| Display Type | High-resolution graphical LCD |
| Calibration Mode | Multi-point curve fitting with data storage capability |
| Ignition System | Automatic electronic ignition with flame monitoring |
| Detection System | Highly sensitive photodetectors and narrow-band interference filters |
| Flame Control | Manual and auto controls for air-fuel ratio |
| Data Handling | Stores calibration curves and test results; PC/printer connectivity |
| Safety Features | Built-in diagnostics, flame failure alarm, over-range indication |
| Power Requirement | 230V AC ±10%, 50 Hz |
| Body Construction | Chemically-resistant, powder-coated lab-grade housing |
| Software Features | Microprocessor-controlled analysis with automated result processing |
| Dimensions | Compact and space-efficient layout for bench-top use |
The Labtronics LT-672 Microprocessor Flame Photometer is a precision-built instrument engineered to deliver accurate elemental analysis of alkali and alkaline earth metals, including sodium, potassium, calcium, and lithium. Designed for modern clinical, agricultural, pharmaceutical, and industrial laboratories, this model balances robust hardware with automated digital performance, enabling high-throughput and error-free analysis.
Using the flame emission spectroscopy technique, the LT-672 detects characteristic light emitted by metal ions in a flame and converts it into a digital signal. The microprocessor processes these signals to compute precise ion concentrations. This makes it ideal for detecting both trace elements and higher concentrations in clinical serum, fertilizers, food samples, and water testing.
Its interactive LCD display allows users to visualize real-time readings, calibration progress, and operational parameters. The intuitive menu system, powered by an embedded microprocessor, guides even non-specialist users through calibration, measurement, and report generation with ease.
With curve-fitting algorithms and multi-point calibration, the LT-672 ensures repeatability and accuracy. Calibration data and sample readings can be stored internally, making batch testing, comparative analysis, and documentation seamless—especially useful for GLP/GMP-regulated labs.
The auto-ignition and safety interlock features simplify flame handling and enhance operational safety. Adjustable fuel-to-air ratios give users control over flame intensity, optimizing sensitivity for specific elements. Advanced filters and photodetectors reduce background noise and ensure accurate, interference-free measurements.
Encased in a rugged, corrosion-resistant body, the LT-672 is ideal for heavy-duty daily use. Its compact size fits easily into most bench spaces, and its low maintenance requirements make it a cost-effective, long-term addition to any elemental analysis setup.
Equipped with USB/RS-232 ports, the device can export results directly to computers or lab printers, allowing easy integration with LIMS or other documentation software. This helps maintain traceability and ensures compliance with industry reporting standards.
The LT-672 includes real-time system diagnostics, flame status indicators, and error alerts—minimizing equipment downtime and operator risk. Its intelligent fault detection reduces the risk of measurement inaccuracy or equipment damage.
The LT-2204 Double Beam UV-Vis Spectrophotometer combines variable bandwidth control with an 8-cell holder for superior sample analysis. It operates within a wavelength range of 190-1100 nm and features automatic wavelength calibration, wave-length scans, and automatic peak picking. The large graphic display ensures easy spectrum visualization. Data can be printed or transferred via USB, and the system includes pre-installed software for streamlined operation.
The LT-2203 Double Beam UV-Vis Spectrophotometer features a variable bandwidth system with a wavelength range of 190-1100 nm. It supports automatic wavelength calibration, automatic peak picking, and spectrum display. With multiple bandwidth options (0.5, 1, 2, 4, 5 nm), this spectrophotometer offers enhanced flexibility for various analytical applications. Data can be printed or transferred via USB, and the system includes pre-installed software for seamless integration.
Buy LT-39 Microprocessor Spectrophotometer (VIS) for advanced spectral analysis with a wavelength range of 320-1020 nm. Features a 3½ digit bright LCD display, automatic concentration measurement, and % Transmission, absorbance, and K factor analysis. Equipped with a sample holder for 10-50 mm cuvettes, unlimited data storage, and RS-232C printer connectivity.
Buy LT-31 Digital Spectrophotometer for accurate % Transmission, absorbance, and concentration measurements. This high-performance spectrophotometer offers a 340-960 nm wavelength range, a 3½ digit data display, and a dedicated 3-digit LED display for wavelength with 1 nm resolution, ensuring precise spectral analysis for laboratories and research applications.
Buy LT-2100 Atomic Absorption Spectrophotometer (Single Beam) for reliable elemental analysis in laboratories and industries. Features a monochromator with 1800 lines/mm holographic grating, 0 to 2 nm SBW, and 190-900 nm wavelength range. Comes with a four-hollow cathode lamp turret, automatic calibration, built-in background correction, and a Titanium Burner for Air-Acetylene & N₂O-Acetylene flames.
₹74,000.00
The Labtronics LT-672 Microprocessor Flame Photometer with graphical display is an advanced analytical instrument designed for precise detection of sodium, potassium, calcium, and lithium ions in various solutions. Ideal for use in clinical laboratories, environmental testing centers, agricultural research, and educational institutions, this flame photometer delivers reliable and fast quantitative results with minimal user effort.
| Feature | Specification |
|---|---|
| Instrument Type | Microprocessor-based Flame Photometer |
| Measurable Elements | Sodium (Na), Potassium (K), Calcium (Ca), Lithium (Li) |
| Measurement Range | Na & K: 0–100 ppm; Ca: 0–100 ppm; Li: 0–50 ppm |
| Accuracy | ±2% of full scale |
| Display Type | High-resolution graphical LCD |
| Calibration Mode | Multi-point curve fitting with data storage capability |
| Ignition System | Automatic electronic ignition with flame monitoring |
| Detection System | Highly sensitive photodetectors and narrow-band interference filters |
| Flame Control | Manual and auto controls for air-fuel ratio |
| Data Handling | Stores calibration curves and test results; PC/printer connectivity |
| Safety Features | Built-in diagnostics, flame failure alarm, over-range indication |
| Power Requirement | 230V AC ±10%, 50 Hz |
| Body Construction | Chemically-resistant, powder-coated lab-grade housing |
| Software Features | Microprocessor-controlled analysis with automated result processing |
| Dimensions | Compact and space-efficient layout for bench-top use |
The Labtronics LT-672 Microprocessor Flame Photometer is a precision-built instrument engineered to deliver accurate elemental analysis of alkali and alkaline earth metals, including sodium, potassium, calcium, and lithium. Designed for modern clinical, agricultural, pharmaceutical, and industrial laboratories, this model balances robust hardware with automated digital performance, enabling high-throughput and error-free analysis.
Using the flame emission spectroscopy technique, the LT-672 detects characteristic light emitted by metal ions in a flame and converts it into a digital signal. The microprocessor processes these signals to compute precise ion concentrations. This makes it ideal for detecting both trace elements and higher concentrations in clinical serum, fertilizers, food samples, and water testing.
Its interactive LCD display allows users to visualize real-time readings, calibration progress, and operational parameters. The intuitive menu system, powered by an embedded microprocessor, guides even non-specialist users through calibration, measurement, and report generation with ease.
With curve-fitting algorithms and multi-point calibration, the LT-672 ensures repeatability and accuracy. Calibration data and sample readings can be stored internally, making batch testing, comparative analysis, and documentation seamless—especially useful for GLP/GMP-regulated labs.
The auto-ignition and safety interlock features simplify flame handling and enhance operational safety. Adjustable fuel-to-air ratios give users control over flame intensity, optimizing sensitivity for specific elements. Advanced filters and photodetectors reduce background noise and ensure accurate, interference-free measurements.
Encased in a rugged, corrosion-resistant body, the LT-672 is ideal for heavy-duty daily use. Its compact size fits easily into most bench spaces, and its low maintenance requirements make it a cost-effective, long-term addition to any elemental analysis setup.
Equipped with USB/RS-232 ports, the device can export results directly to computers or lab printers, allowing easy integration with LIMS or other documentation software. This helps maintain traceability and ensures compliance with industry reporting standards.
The LT-672 includes real-time system diagnostics, flame status indicators, and error alerts—minimizing equipment downtime and operator risk. Its intelligent fault detection reduces the risk of measurement inaccuracy or equipment damage.
The LT-2201 Double Beam UV-Vis Spectrophotometer features a microprocessor-controlled advanced circuit system that ensures high reliability and low noise. With a wavelength range of 190-1100 nm, it supports basic and quantitative wavelength scans, DNA protein tests, and kinetic measurements. The spectrophotometer includes automatic peak picking and a large graphic display for easy spectrum visualization. Data and spectrum results can be printed or transferred via USB. The system comes with pre-installed software for seamless operation.
The LT-291 Single Beam UV-Vis Spectrophotometer is a high-precision instrument designed for automatic concentration, % transmission, absorbance, and K factor measurement. It operates within a wavelength range of 195 to 1000 nm and features automatic wavelength calibration and selection. The sample holder includes a 4-position selector for 10 mm path length cuvettes. It has automatic peak picking and a spectrum display, allowing data transfer via USB or direct printing. The package includes a set of 2 quartz and 4 glass cuvettes, ensuring high stability and accuracy. Pre-installed software is included for seamless operation.
Buy LT-501 Microbased pH/Temperature/Mv Meter for high-precision pH measurement in laboratories. Featuring a 128 x 64 large graphical LCD display, this research-grade instrument offers auto temperature compensation, 5-point calibration, and data storage for up to 1000 samples. Complete with pH electrode, temperature probe, and rotational electrode stand, it ensures accurate and reliable results.
Buy LT-21 Differential Blood Cell Counter for quick and accurate blood cell analysis. This microcontroller-based system enables precise differential counting of up to 8 cell types and features a 16-digit alphanumeric LCD display for easy percentage calculations. It includes a built-in stopwatch and timer function, making it ideal for medical and research laboratories.
Buy LT-40 Digital Spectrophotometer with double display technology for advanced spectral analysis. Offers a 340-960 nm wavelength range, automatic concentration measurement, and % Transmission and absorbance readings. Comes with a 3½ digit data display, a separate 3-digit LED wavelength display with 1 nm resolution, and support for 10 mm, 50 mm, and 100 mm cuvettes.
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