| Equipment Name | Technical Specifications | Quantity | Remarks |
| Hardware |
| Biochemical Analyzer: | A Biochemical Analyzer is an instrument for clinical diagnostics, research laboratories, and other settings to measure biochemical parameters in biological samples and to understand biochemical processes. | 1 | High Accuracy and Precision.
Automated Processing.
Sample Versatility.
High Throughput processing.
Spectrophotometric Detection.
|
| quantitative Polymerase Chain Reaction (qPCR) | The 96-well qPCR (quantitative Polymerase Chain Reaction) plate is a widely used format in quantitative PCR-based molecular biology assays with high throughput analysis, Compatibility and Thermal uniformity. | 1 | Flat-Bottom Wells.
High optical clarity.
Pathogen Detection.
Uniform Heating.
Temperature Gradient Capability.
Gene Expression Analysis.
RNA Quantification.
Environmental and Agricultural Sample Testing.
|
| UV Visible spectrophotometer: | The UV-Visible (UV-Vis) spectrophotometry is a versatile, rapid and highly sensitive technique plays a critical role in both routine analyses and advanced research across various domains. | 1 | Deuterium lamp, with 190–400 nm range.
Sensitivity at low concentration.
Data Analysis
Storage and exporting data.
Protein Quantification
Nucleic Acid Quantification
Enzyme Kinetics
Water Quality Testing and soil analysis.
Additive and Contaminant Analysis.
Characterization of Nanomaterials.
|
| Hot air oven: | A laboratory instrument designed for a wide range of applications, Its precise temperature control and uniform heating ensure consistent and repeatable results, making it an essential tool for research, quality control, and other laboratory procedures. | 1 | For variety of thermal processing applications like
Component & stability testing
Core hardening
General lab work
Drying
Heat sterilization of Glassware
|
| Laminar air flow or biosafety cabinet: | Laminar air flow (LAF) systems play a crucial role in maintaining the precision and reliability of experiments in research fields where sterility and particle-free conditions are critical in ensuring the integrity of experiments and sensitive procedures. | 1 | Applications of LAF are
High-Efficiency Particulate Air (HEPA) Filters
Contamination Prevention
Flat, Contaminant-Free Workspace
Built-in Illumination
Horizontal Laminar Flow
Cell and Tissue Culture
Microbiology and Pathogen Studies
Biotechnology Research
Pharmaceutical Research
Immunology Research
Virology Studies
Environmental Studies
Food and Agricultural Research
|
| Orbital shaking incubator | It combines controlled temperature and orbital motion with stable operations and compatible to various containers to support the growth and mixing of cultures in research. Orbital shaking incubators are indispensable in modern research for promoting uniform growth and reproducible results.
Typically ranges from 10 mm to 30 mm
Shaking Speed range of 20 to 500 rpm
Precise Temperature Regulation
Digital Control Panel
Built-in timer
Low Noise Operation
| 1 | Applications are
Microbial Culture Growth
Bioprocessing
Cell Culture Studies
Protein Expression and Purification
Fermentation Studies
Environmental Research
Plant Science Research
Kinetics and Metabolism Studies.
|
| Incubator | Incubators are essential tools in research laboratories, providing controlled environments for temperature, humidity, and sometimes gas composition to support various biological, chemical, and physical processes. | 1 | Digital Display and Control
Adjustable Shelves and Trays
Viewing Window
Precise temperature control
|
| Image-capturing phase contrast microscope | It is widely used in research fields where detailed visualization and capture high-quality images for analysis and documentation of live, unstained specimens. Phase contrast microscope plays a critical role in advancing research in biology, medicine, and materials science. | 1 | Some key research applications:
Digital Camera Integration.
Software Compatibility.
Video Capturing.
Adjustable Illumination.
Morphology Studies
Live Cell Imaging
Bacterial and Fungal Studies
Biofilm Research
Embryo Development
Tissue Differentiation
Parasite Observation
Plant Cell Imaging
Study of Algae and Microalgae
Protein Aggregation Studies.
|
| Electrophoretic Units and UV Transilluminator: | Electrophoresis units are used for separating biomolecules such as DNA, RNA, and proteins based on size, charge, or conformation. It is indispensable for fundamental and applied research in molecular biology, genetics, biochemistry, and biotechnology. | 1 | DNA and RNA Analysis
Vertical or horizontal electrophoresis.
Safety features such as built-in shielding to protect users from electrical hazards.
Transparent lids are also common to allow visual inspection of the gel.
Protein Analysis
Mutation Analysis.
PCR Product Analysis.
|
| ELISA Reader | An ELISA (Enzyme-Linked Immunosorbent Assay) Reader is a laboratory instrument used to detect and quantify substances, typically proteins, antibodies, or hormones, in a sample. The ELISA Reader's primary role is to measure the optical density (OD) of the wells, which corresponds to the concentration of the target analyte in the sample. | 1 | Detecting disease markers or analysing immune responses.
Analyse multiple samples at once, using a microplate format (e.g., 96-well plate),
Equipped with multi-wavelength detection
Automated data analysis.
|
| Ultrasonicator | An ultrasonicator is a device that uses high-frequency sound waves (typically in the ultrasonic range of 20 kHz–100 MHz) to create cavitation in a liquid medium. This cavitation generates localized high temperatures and pressures, leading to effective mixing, dispersion, emulsification, and cell disruption. | 1 | 20 kHz–100 MHz Frequency Range
probe-type (direct immersion)
Material Compatibility
Cavitation Effect
Temperature Control
Used in nanoparticle synthesis, emulsification, cell lysis, degassing, and homogenization
|
| Refrigerator | A laboratory refrigerator is a specialized cooling unit designed to store temperature-sensitive materials such as biological samples, chemicals, reagents, and pharmaceuticals. Unlike household refrigerators, laboratory refrigerators offer precise temperature control, reliability, and uniform cooling to prevent sample degradation. They are commonly used in research laboratories, medical facilities, and industrial applications. | 1 | Temperature Control
Uniform Cooling
Insulation
Defrost System
Shelving and Storage
Energy Efficiency
|
| High speed centrifuge | A high-speed centrifuge is a laboratory instrument designed to separate substances of different densities by spinning samples at high rotational speeds (typically 10,000–30,000 RPM). It generates strong centrifugal forces to sediment particles based on their size, shape, and density. | 1 | Speed Range at 10,000–30,000 RPM.
Temperature Control at0°C to 40°C to protect sensitive biological samples.
Used in biotechnology, pharmaceuticals, molecular biology, and clinical research for cell fractionation, protein purification, and DNA/RNA extraction.
Material Compatibility
|
| Heating mantle | A heating mantle is a laboratory device used to apply uniform heat to containers, typically round-bottom flasks. Unlike other heating methods like hot plates or Bunsen burners, heating mantles provide gentle and even heating without open flames, reducing the risk of thermal shock or glass breakage. | 1 | Even Heat Distribution
Temperature Control
Compatibility
|
| Weighing Machines | A laboratory scale weighing machine, also known as an analytical balance or precision balance, is a highly sensitive device used to measure the mass of substances with high accuracy. It is commonly used in scientific research, pharmaceutical labs, and quality control processes where precise measurements are essential. | 1 | High Precision
Digital Display
Capacity and Readability with varying readability (e.g., 0.001g, 0.01g).
Weighing Pan
Tare Function
Stability and Sensitivity with anti-vibration features
Protective Enclosure
|
