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Pipette Bulb

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Pipette bulb, also known as a pipette filler or pipette aid, is a device used in laboratories to draw and dispense liquid accurately using a pipette. It’s typically made of rubber or silicone and is attached to the top of a pipette. When squeezed, the bulb creates a vacuum that draws liquid into the pipette. Releasing the bulb dispenses the liquid. This tool helps in precise measurement and transfer of liquids, crucial for various scientific experiments and analyses.

 

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Pipette Bulb

  1. Volume Transfer: pipette bulb are used to accurately draw and dispense liquid volumes with pipettes, ensuring precise measurement for experiments, sample preparation, and analyses.
  2. Cell Culture: Pipette bulbs are commonly used in cell culture work for transferring cell suspensions, media, and reagents without introducing contamination.
  3. Chemical Handling: They facilitate the safe handling and transfer of hazardous or volatile liquids, minimizing the risk of spills and exposure.
  4. Sample Preparation: Pipette bulbs aid in preparing samples for analysis in fields such as molecular biology, biochemistry, and microbiology by accurately transferring liquids for various procedures.
  5. Solution Preparation: They assist in diluting solutions, mixing reagents, and preparing standards by enabling precise measurement and transfer of liquid components.
  6. Quality Control: Pipette bulbs ensure consistency and accuracy in quality control processes by facilitating precise measurement and transfer of calibration standards and samples.
  7. Research and Development: In research and development laboratories, pipette bulbs are indispensable for performing experiments, synthesizing compounds, and conducting analyses that require precise liquid handling.
SKU: ACS39241CHEM0 Category:

safety precautions

  1. Chemical Compatibility: Ensure that the pipette bulb material is compatible with the liquids being handled. Some chemicals may degrade rubber or silicone bulbs, leading to contamination or damage. Consult chemical compatibility charts or manufacturer guidelines.
  2. Proper Cleaning and Maintenance: Regularly clean and maintain pipette bulbs to prevent cross-contamination between different samples or experiments. Follow manufacturer instructions for cleaning and sterilization methods.
  3. Avoid Overfilling: Do not overfill the pipette bulb beyond its recommended capacity. Overfilling may cause the bulb to burst or leak, leading to spills, exposure to hazardous chemicals, or inaccurate measurements.
  4. Inspect for Damage: Before each use, inspect the pipette bulb for any signs of damage, such as cracks, tears, or degradation. Replace damaged bulbs immediately to prevent accidents or contamination.
  5. Secure Attachment: Ensure that the pipette bulb is securely attached to the pipette before drawing or dispensing liquids. A loose connection may lead to leaks or spills during use.
  6. Controlled Squeezing: Squeeze the pipette bulb gently and steadily to create the desired suction pressure for drawing liquids into the pipette. Avoid excessive force, which may cause the bulb to rupture or the pipette to malfunction.
  7. Avoid Contact with Skin or Eyes: Handle pipette bulbs with clean hands and avoid direct contact with skin or eyes, especially when working with hazardous chemicals. Wear appropriate personal protective equipment (PPE), such as gloves and safety goggles, as needed.
  8. Dispose of Contaminated Bulbs Properly: Dispose of used or contaminated pipette bulbs according to laboratory safety protocols and waste disposal regulations. Avoid reusing disposable bulbs to prevent cross-contamination.
  9. Training and Supervision: Provide training and supervision to laboratory personnel on the safe use of pipette bulbs and proper laboratory techniques to minimize risks and ensure compliance with safety procedures.

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