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Graduated Cylinders

Graduated cylinders are cylindrical laboratory vessels with a calibrated scale for straightforward and quick volumetric measurement of liquids.

Product

Graduated Cylinders

Graduated cylinders are cylindrical laboratory vessels with a calibrated scale for straightforward and quick volumetric measurement of liquids.

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Highlights

All Highlights

Guide and selection support

Graduated cylinders are designed for accurate measurement and dispensing of liquid volumes in laboratory environments. They are used in chemical analysis, microbiology, and routine laboratory operations.

Key selection factors include material (glass or plastic), capacity, accuracy class, and the clarity and readability of the graduation marks. Practical aspects such as stability and grip are also important.

LabFinder helps you select graduated cylinders by providing a clear overview of available sizes and variants, supporting efficient sourcing tailored to your requirements.

Use and benefits

Graduated cylinders are standardized volumetric devices mainly used to determine the volume of liquids in a variety of laboratory fields. They serve as essential consumables in chemical analysis, biology, microbiology, and other laboratory processes. Typical applications include measuring solvents, buffers, or reagents for analytical or biological procedures.

Selection criteria

Important selection criteria include material (most often glass or plastic), maximum capacity, and the degree of scale accuracy. Large graduated cylinders are suitable for volumes in the range of several hundred milliliters, while smaller models enable precise measurement of small quantities. The scale is commonly in milliliters, with finer graduations offered on higher-precision cylinders. Additional aspects to consider are stability, spout design, and cleanability.

Variants and measurement principles

Most graduated cylinders are cylindrical with graduation marks along their axis. They are available in chemical-resistant borosilicate glass or plastics such as polypropylene. Plastic cylinders are generally lighter and shatter-resistant, while glass cylinders provide superior chemical resistance and thermal stability. Variants differ in spout design, handle shape, and scale color.

Quality, storage and handling

To maintain measurement accuracy, graduated cylinders should be cleaned properly and protected from mechanical damage. Glass cylinders are typically autoclavable and compatible with chemical cleaning agents; plastic cylinders are more sensitive to high temperatures and certain solvents and should be cleaned gently. Regular visual inspection for damage or scale wear is recommended.

Application limits

Graduated cylinders are intended for volumetric measurement with moderate precision. For highly accurate measurement of large volumes or microliter precision, devices such as volumetric flasks or precision pipettes are preferred. Graduated cylinders are also less suitable for critical, highly volatile, or reactive substances because of their open pouring spout.

Search terms and related terms

Synonyms and related terms include volumetric cylinders, graduated measuring cylinders, glass graduated cylinders, plastic graduated cylinders, laboratory measuring cylinders, calibrated cylinders, 50 ml graduated cylinder, and 100 ml graduated cylinder.

Also known as

volumetric cylinder graduated measuring cylinder glass graduated cylinder plastic graduated cylinder lab measuring cylinder calibrated graduated cylinder 50 ml graduated cylinder 100 ml graduated cylinder cylindrical measuring vessel

Frequently asked questions

How does a graduated cylinder work?

A graduated cylinder measures the volume of a liquid using a calibrated scale marked on the cylinder. Users fill the liquid up to the desired mark and read the volume directly from the scale.

What types of graduated cylinders are available?

Graduated cylinders mainly differ in material (glass or plastic), capacity (e.g. 10 ml, 50 ml, 100 ml), and graduation accuracy. Plastic cylinders are more shatter-resistant, while glass cylinders are more resistant to chemicals and higher temperatures.

What should I consider when choosing a graduated cylinder?

Consider the required capacity, material, scale accuracy, and practical features such as stability. The choice depends on your application, required precision, and handling needs in the lab.

How should I clean a graduated cylinder?

Clean graduated cylinders according to the material: glass cylinders can usually be autoclaved, while plastic ones are sensitive to heat and many solvents and require gentle cleaning with suitable detergents.

What are the limitations of graduated cylinders for volume measurement?

Graduated cylinders provide moderate accuracy but are not suitable for highly precise volumetric measurements. For higher precision, volumetric flasks or pipettes are preferred. They are also less suitable for highly volatile or reactive liquids.

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