Lab Grade Ethanol (500 ml Bottle) is a high-purity alcohol solution widely used in laboratories for cleaning, sterilization, molecular biology, and analytical applications. It is prepared to meet laboratory-grade standards, ensuring consistent performance in research and diagnostic work. Volume: 500 ml Purity: Typically 95–99% (denatured / non-denatured, depending on requirement) Packaging: Supplied in a sealed, leak-proof, chemical-resistant HDPE or glass bottle Appearance: Clear, colorless liquid with characteristic alcohol odor Key Features: High-quality ethanol suitable for laboratory use Effective solvent for molecular biology and analytical applications Commonly used for cleaning, sterilization, and DNA/RNA work Reliable performance in microbiology, histology, and chemistry labs Packaged in secure, chemical-resistant bottles for safe storage Uses: Molecular biology: DNA/RNA precipitation & purification Sterilization & disinfection of lab surfaces and equipment Solvent in chemical and analytical experiments Histology & cytology: tissue processing and staining General cleaning of laboratory instruments and glassware

The Microscope Slides Pack of 50 is designed for laboratory use in schools, colleges, research centers, and diagnostic labs. Made from high-quality, optically clear glass, these slides provide excellent transparency and smooth edges for safe handling. They are ideal for preparing, mounting, and examining biological specimens under a microscope. Pack Size: 50 pieces Material: High-quality, clear glass Dimensions: Standard 25 x 75 mm, thickness ~1–1.2 mm Edges: Ground & smooth edges to prevent cuts Sterility: Available in plain, frosted, or pre-cleaned variants Key Features: High optical clarity for accurate microscopic observation Scratch-free, smooth surface ensures proper specimen mounting Pre-cleaned and ready to use Durable, break-resistant during normal lab handling Packed in a sturdy box to prevent damage during storage & transport Uses: Preparation and mounting of biological specimens Routine diagnostic and pathological analysis Educational use in schools and colleges Suitable for microbiology, histology, and hematology labs

A Coplin Jar is a laboratory container specifically designed for staining and storing microscope slides during histology, cytology, and microbiology procedures. It ensures uniform staining and safe handling of slides. Description: Material: Available in glass or plastic (polypropylene/Polystyrene). Capacity: Typically holds 5–10 slides (75 x 25 mm) in a vertical position. Design: Leak-proof with a tight-fitting lid to prevent evaporation or spillage of staining solutions. Variants: Clear, amber, or colored jars for light-sensitive reagents. Chemical Resistance: Compatible with most routine stains and solvents. Key Features: Uniform exposure of slides to staining reagents. Reusable, easy to clean, and autoclavable (for plastic PP jars). Compact and easy to handle during staining procedures. Provides safe storage of slides in reagents. Uses: For microscope slide staining in histopathology, hematology, and microbiology labs. Storage and transportation of slides in staining solutions. Commonly used in hospitals, pathology labs, diagnostic centers, and research institutes.

he Micropipette Tips 1000µL are high-quality laboratory consumables designed for accurate and contamination-free liquid handling when used with micropipettes. They are widely used in molecular biology, microbiology, diagnostics, and research labs. Description: Capacity: Up to 1000 µL (1 mL). Material: Made from virgin polypropylene, ensuring clarity, strength, and chemical resistance. Compatibility: Universal fit for most standard micropipettes (single-channel & multi-channel). Variants: Available as sterile / non-sterile, filtered / non-filtered, racked / bulk-packed. Design: Smooth, hydrophobic inner surface minimizes sample retention for accurate pipetting. Key Features: Precise and consistent sample delivery. DNase/RNase free, non-pyrogenic (in sterile options). Compatible with leading micropipette brands. Strong and flexible tips to avoid breakage. Available in autoclavable versions. Uses: Suitable for handling reagents, enzymes, buffers, and biological samples. Commonly used in molecular biology, PCR, ELISA, microbiology, and diagnostic testing. Ensures reproducibility in sensitive experiments.

The Dengue Antigen NS1 Test is a rapid diagnostic kit used for the early detection of dengue virus infection. Unlike antibody-based tests, the NS1 antigen can be detected in a patient’s blood from the very first day of fever up to day 7, making it an essential tool for early diagnosis. Description: Detects Dengue NS1 antigen in serum, plasma, or whole blood. Based on the immunochromatographic (rapid card test) principle. Provides results within 15–20 minutes. High sensitivity and specificity for early infection. User-friendly, requires no special instruments. Key Features: Early detection from Day 1 of infection. Differentiates dengue from other febrile illnesses at an early stage. Suitable for point-of-care testing in hospitals, labs, and clinics. Available in single-test and multiple-test packs. Uses: Helps in early clinical diagnosis of dengue fever. Facilitates timely patient management and treatment. Commonly used in pathology labs, diagnostic centers, and hospitals.

A Test Tube Brush is a simple yet essential laboratory cleaning tool used to scrub and clean the inner surfaces of test tubes, burettes, flasks, and other glassware. It helps remove residues and ensures proper hygiene of lab equipment for accurate experiments. Description: Material: Usually made of nylon, plastic, or natural bristles attached to a twisted metal wire handle. Design: Long handle with bristles at the end, sized to fit inside narrow test tubes. Sizes: Available in different diameters and lengths to suit various glassware. Function: Effectively removes chemical deposits, stains, and residues from laboratory glassware. Key Features: Durable and flexible bristles for thorough cleaning. Rust-resistant wire handle for long life. Available in multiple sizes to fit small and large test tubes. Easy to use and maintain. Uses: Cleaning test tubes, flasks, burettes, and pipettes. Essential tool in chemistry, biology, and diagnostic laboratories. Maintains accuracy in experiments by ensuring contamination-free glassware. ✅ Suggested Product Tags (no hashtags): test tube brush laboratory brush glassware cleaning brush lab cleaning brush burette cleaning brush flask cleaning brush test tube cleaner lab accessories laboratory supplies diagnostic lab tools narrow tube brush lab glassware cleaning

A Vacutainer Needle Holder is a reusable or disposable plastic device used along with a double-ended blood collection needle to draw blood directly into vacuum-sealed collection tubes. It is a vital component in phlebotomy and ensures safe, efficient, and hygienic blood collection. Description: Material: High-quality, medical-grade plastic. Design: Transparent or opaque cylindrical holder with a threaded end to securely attach the needle. Compatibility: Fits standard vacutainer needles and vacuum blood collection tubes. Safety: Provides a stable grip during venipuncture, reducing the risk of accidental needle stick injuries. Key Features: Lightweight and durable design. Easy to connect and remove needles. Ensures secure blood collection directly into tubes. Available in sterile, disposable, or reusable options. Uses: Routine blood collection in hospitals, clinics, and diagnostic laboratories. Safe handling of blood collection tubes during venipuncture. ✅ Suggested Product Tags (no hashtags): vacutainer needle holder blood collection needle holder vacutainer holder blood collection tube holder phlebotomy needle holder vacutainer accessories laboratory blood collection holder diagnostic supplies pathology lab consumables vacutainer system holder venipuncture accessories

A Haemometer (sometimes spelled Hemometer) is a laboratory instrument used to measure the concentration of hemoglobin in blood. It is a common diagnostic tool in medical and research laboratories, especially useful in detecting anemia and monitoring hemoglobin levels. Description: A haemometer typically consists of: A graduated glass comparator tube. A reference color scale or comparator block. Pipettes and reagents (usually N/10 HCl). The principle is based on acid hematin method: blood is mixed with hydrochloric acid, which converts hemoglobin into brown-colored acid hematin. The solution is then diluted with water until its color matches the reference standard, and hemoglobin concentration is read directly from the graduated scale. Key Features: Accurate measurement of hemoglobin in g/dL. Compact and easy to use. Cost-effective diagnostic tool. Commonly used in hospitals, pathology labs, research, and field testing. Uses: Detecting anemia. Monitoring patients’ hemoglobin levels. Routine blood examination in laboratories.

A Biohazard Bag is a specialized waste disposal bag used for the safe collection, storage, and disposal of biological and medical waste that may pose a risk of infection or contamination. These bags are essential in healthcare settings, laboratories, and research facilities where handling potentially hazardous materials is routine. Key Features: Material: Durable Plastic: Made from high-density polyethylene (HDPE) or other robust plastics, biohazard bags are designed to be puncture-resistant and leak-proof. The material is chosen for its strength and ability to contain potentially hazardous substances securely. Design: Biohazard Symbol: Clearly marked with the universal biohazard symbol and cautionary labels to indicate the presence of potentially infectious materials. This helps in identifying and handling the bags properly. Sealed Closure: Features a secure closure mechanism, such as a tie or adhesive strip, to ensure that the bag remains sealed and prevents leakage during transportation and disposal. Color: Typically red or orange, the color is chosen for high visibility and to distinguish biohazard waste from regular waste. Capacity: Various Sizes: Available in a range of sizes to accommodate different volumes of waste, from small bags for laboratory use to larger sizes for medical facilities. The size should be chosen based on the specific needs and volume of waste generated. Applications: Medical Facilities: Used for collecting and disposing of contaminated materials, such as used needles, tissues, and other medical waste, to prevent the spread of infection and maintain hygiene. Laboratories: Essential for handling biological specimens, cultures, and other potentially infectious materials in research and diagnostic laboratories. Research Institutions: Used in research settings where biological or chemical hazards are present, ensuring safe and compliant waste disposal. Advantages: Safety: Provides a secure and reliable method for containing biohazardous materials, reducing the risk of contamination and exposure to hazardous substances. Compliance: Meets regulatory requirements for the disposal of medical and biological waste, ensuring safe and compliant waste management practices. Visibility: The biohazard symbol and bright color enhance visibility and awareness, helping to prevent accidental exposure and ensure proper handling. Durability: Made from strong plastic materials, the bags are resistant to punctures and leaks, ensuring safe containment of hazardous waste. Usage Tips: Proper Use: Fill the bag only up to the recommended capacity to avoid overfilling, which could lead to leaks or spills. Ensure that the bag is securely closed before handling. Disposal: Follow local regulations and guidelines for the disposal of biohazard waste. Ensure that the bags are disposed of through approved and safe waste management systems. Handling: Handle the bags with care to prevent punctures or tears. Use appropriate personal protective equipment (PPE) when handling biohazardous materials. The Biohazard Bag is a crucial tool for managing and disposing of hazardous biological and medical waste safely and effectively. Its design ensures protection, compliance, and convenience in handling potentially infectious materials.