Electronic, Analytical & Test Equipment for Educational and Research Laboratories
Discover our wide range of Electronic, Analytical & Test Equipment, designed to meet the precise needs of educational institutions and research laboratories. From accurate pH measurement to advanced spectrophotometry, our equipment ensures reliable results across various scientific applications.
Key Features of Our Products
- Quality Grades: School-grade, university-grade, and export-grade options to suit diverse requirements.
- Customizable Models: Choose from digital or microprocessor-based variants.
- Durability: Built to withstand rigorous use in laboratories.
- Reliable Packaging: Each product is carefully packed in fully labeled corrugated boxes for secure transport.
Our Product Range
1. pH Meters
- Types: Benchtop or pocket-sized, available in digital and microprocessor-based models.
- Applications: Accurate pH measurement for chemical and biological experiments in schools, colleges, and research labs.
2. Calorimeters
- Types: Benchtop models, available in digital and microprocessor-based versions.
- Applications: Precise measurement of heat and energy changes during chemical reactions.
3. Conductivity Meters
- Types: Benchtop or pocket-sized, available in digital and microprocessor-based models.
- Applications: Ideal for measuring the electrical conductivity of liquids in analytical and industrial processes.
4. Spectrophotometers
- Types: Single-beam and double-beam models, digital and microprocessor-based.
- Applications: Widely used for quantitative analysis in biology, chemistry, and materials science.
5. Turbidity Meters
- Types: Benchtop or pocket-sized, available in digital and microprocessor-based models.
- Applications: Measure the turbidity (cloudiness) of liquids for environmental and industrial research.
6. TDS Meters
- Types: Benchtop or pocket-sized, available in digital and microprocessor-based models.
- Applications: Measure Total Dissolved Solids (TDS) for water quality analysis.
7. Potentiometers
- Types: Benchtop models in digital and microprocessor-based versions.
- Applications: Determine the electromotive force (EMF) of cells and study chemical reactions.
8. Flame Photometers
- Types: Digital and microprocessor-based, offering 2, 4, or 5 parameters.
- Applications: Accurate analysis of metal ions like sodium, potassium, and calcium in solutions.
Q1. What is the difference between a digital and a microprocessor-based device?
Digital devices provide direct readings with simple controls. Microprocessor-based devices offer advanced features like data storage, multiple parameter measurement, and higher accuracy.
Q2. Are your products suitable for educational purposes?
Yes, our products are designed for schools, colleges, and research laboratories, with options tailored to different levels of complexity.
Q3. Can I use pocket-sized meters for industrial purposes?
Pocket-sized meters are compact and convenient but are best suited for fieldwork or small-scale applications. For industrial purposes, benchtop models are recommended.
Q4. Do your spectrophotometers come with software support?
Yes, our advanced spectrophotometers include software compatibility for easy data analysis and reporting.
Q5. How do I choose the right grade of equipment?
School grade: Ideal for basic educational experiments. University grade: Suitable for advanced studies and lab work. Export grade: Designed for professional and industrial use, meeting international standards.
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