- Fast Service
- Free Shipping
- Easy Ordering
Pipettes are essential laboratory tools used for accurately measuring and transferring liquids from one container to another. This category includes a wide comprehensive range of pipettes, each designed for specific volumes and applications.
From Mohr type measuring pipettes with different color codes for easy identification to safety pipet fillers made of silicone for comfortable handling, there are various options to choose from in this category. Whether you need a pipette for precise measurements of microliters or larger volumes, you can find the perfect fit for your needs.
In addition to traditional pipettes, this category also includes advanced electronic pipette accuracy testers for ensuring the precision and reliability of your pipetting equipment. These testers are essential for maintaining the accuracy of your tests and reducing errors in your experiments.
Furthermore, this category features mini-pipettors with fixed volumes, perfect for applications that require repetitive dispensing of small liquid volumes. These compact and easy-to-use pipettes are suitable for a wide comprehensive range of laboratory tasks.
Overall, the pipettes in this category are designed to meet the diverse needs of researchers, scientists, and lab technicians. Whether you are working in a chemistry, biology, or medical laboratory, having high-quality pipettes is crucial for the success of your experiments. Explore this category to find the perfect pipette for your laboratory needs.
View the full line of Centrifuges and Centrifuge Tubes
View the full line of Labware, Beakers, Buchner Funnels, Burette, Erlenmeyer Flasks, Graduated Cylinders, and Volumetric Flasks.
Related Blogs for Pipettes:
Comprehensive List of Biology Laboratory Equipment in 2023
Chemistry Glassware Names: A Comprehensive Guide
Understanding Air Condenser Chemistry in 2023
Suction Filtration: The Basics of Vacuum Filtration
What is a Graduated Cylinder Used For?
Most Accurate Glassware for Measuring Volume
All About Volumetric Flask: Uses, Function & Overview
Aspirator Flask: Benefits of Borosilicate Glass Filter Flask
Everything You Need to Know About Beakers in Chemistry
Pipette or Measuring Cylinder: Tools for Liquid Measurements
Measuring the Volume of Liquid: Tips, Tools, and Techniques
Understanding What Are Pipette Tips Used For
Guide to Pipettes: Functions, Types, and Usage Tips
How Many Ounces in a Gallon [Conversion Solved]
Convert Inches Cubed to Feet Cubed [Easily Solved]
Calculate the Wt of Water per Cubic Foot: Quick Guide
Convert Cu Ft of Water to Gallons [Effortless Guide]
Advantages of Mohr Pipette: Precision Measuring Simplified
Best Graduated Cylinder for Accurate Measurements
How Erlenmeyer Flask is Used for Laboratory Applications
Exploring Precision of 100 ml Graduated Cylinder
25ml Graduated Cylinder Choices: Measuring Simplified
Master How to Use Micropipette: Guide for Lab Measurements
Best Volumetric Pipette Bulb: Master Precise Liquid Handling
Price of Micropipette: Cost Guide for Lab Essentials
Mastering Micropipetting: Techniques for Lab Work
How to Read Micropipette Volumes Accurately
Pipette Tip Selection Guide for Precise Lab Measurements
What Are Pipettes: Tools for Precision Liquid Handling
Mohr Pipette Use in the Lab: Accurate Liquid Measuring
Best Pipette Website for Lab Needs – Quality & Precision
Measuring Volume Tools: Guide to Accurate Liquid Measurement
Graduated Cylinder Sig Figs: Precision in Liquid Measurement
Choosing the Best Transfer Pipets for Your Lab Needs
Pipette vs Pipet: Uncovering Differences for Lab Accuracy
Pipetted: Master the Art of Precise Liquid Handling
Flawless Pipetting: Mastering Strategies for Precision
Graduated Pipette Use: Tips for Accurate Lab Measurements
Top Quality Pasteur Pipettes for Precision Liquid Handling
Best Serology Pipette: Guide to Precision Liquid Handling
Serological Pipetting: Tips for Accurate Lab Results
Top Quality Large Glass Funnel for Efficient Laboratory Use
Best Fritted Buchner Funnel for Laboratory Filtration
Best Filter Funnel Selection for Efficient Liquid Filtration
Scientific Glass Pieces: Bong and Rigs for Connoisseurs
Exploring Type of Beaker: Guide to Laboratory Glassware
Beaker with Measurements for Accurate Liquid Handling
Beakers and Flasks: Essential Lab Equipment Explained
Essential Chemistry Lab Beakers: Guide to Selection and Use
Introduction
Burettes are quintessential laboratory instruments that play a critical role in quantitative chemical analysis. Their primary function is to dispense a precise volume of a reagent into a solution during titration, allowing for the determination of unknown concentrations in a sample. Burettes are favored for their accuracy and ease of use, making them indispensable in fields ranging from environmental science to pharmaceuticals. This overview explores the functionality, significance, and various applications of burettes in laboratories, highlighting their calibration and the comprehensive range of models available.
Understanding Burettes in Laboratory Use
Design and Functionality
A burette is essentially a graduated glass or plastic tube with a control valve (stopcock or tap) at one end that allows the user to dispense liquids in precisely controlled amounts. The accuracy of burettes makes them ideal for tasks where minute quantities of liquid must be added to a chemical reaction.
Volume Range: Burettes come in various sizes, typically ranging from 10 ml to 100 ml, allowing precise measurement adjustments according to the needs of the experiment and volume range.
Reading and Calibration: Precision in a burette is critical, as the smallest error in volume range can lead to significant discrepancies in data. Regular calibration ensures that burettes provide reliable readings and maintain their accuracy over time in the correct volume range.
Key Features of High-Quality Burettes
Material and Quality
Glass and Plastic Models: Burettes are usually made from glass for its inert properties and clarity or from durable plastics that offer break resistance and chemical inertness. The choice of material often depends on the specific chemical compatibility and durability requirements of the lab.
Quality Assurance: High-quality burettes are designed to resist wear and chemical corrosion, ensuring long-term reliability and performance. They are manufactured under strict standards to maintain consistency and precision.
Calibration and Precision
Calibration Services: Regular calibration is essential for maintaining the accuracy of burettes. Many suppliers offer calibration services that comply with international and national standards, ensuring that each burette performs optimally related to their volume range.
Precise Dispensing: The precision of burettes is enhanced by features such as fine graduations and a smooth-operating stopcock that ensures a steady flow of liquid, crucial for achieving accurate titration tests.
Applications of Burettes in Chemical Analysis
Titration Techniques
Acid-Base Titration: One of the most common uses of burettes is in performing acid-base titrations to determine the concentration of an unknown acid or base solution by adding a volume of titrant of known concentration.
Redox Reactions: Burettes are also extensively used in redox titrations, where the oxidizing or reducing agent's strength needs to be analyzed.
Industries and Fields
Pharmaceuticals: In the pharmaceutical industry, burettes are used to ensure that products meet the required concentrations of active ingredients.
Environmental Testing: Environmental scientists use burettes to analyze pollutant levels in water and other samples, aiding in environmental protection and compliance with regulations of the volume range.
Advantages of Using Burettes
Accuracy and Reliability
Controlled Dispensing: The precise control over the amount of liquid dispensed helps in achieving highly accurate measurement results, which is paramount in many scientific and industrial applications.
Reliable Results: With proper maintenance and calibration, burettes can deliver reliable performance for years, making them a valuable investment for any laboratory.
Choosing the Right Burette
Considerations for Selection
Volume Range and Comprehensive Range with Precision: Selecting the right volume range and precision level based on the laboratory's needs is crucial. Burettes with a smaller diameter often offer better control and precision in dispensing liquids.
Price and Quality: Balancing price and quality is important. Investing in a higher-quality burette can reduce long-term costs associated with recalibration and replacement.
Maintenance Tips
Routine Cleaning: Proper cleaning and storage are essential to prevent contamination and prolong the life of the burette. Rinsing with appropriate solvents and storing in a safe, upright position are recommended practices.
Regular Calibration: Ensuring that burettes are calibrated at regular intervals according to manufacturer recommendations maintains their accuracy and reliability.
Conclusion
Burettes are indispensable tools in the arsenal of laboratory equipment, essential for conducting precise quantitative chemical analyses. Their ability to measure and dispense exact volumes of liquid makes them crucial in various scientific disciplines. With a comprehensive range and volume range of models available in this country and Europe, laboratories can select the ideal burette that meets their specific needs, ensuring quality, reliability, and precision in all their analytical applications. By adhering to best practices in maintenance and calibration, laboratories can maximize the utility and lifespan of these critical instruments.
Oops, something went wrong. Please try again.
You are now logged in!