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Address
304 North Cardinal
St. Dorchester Center, MA 02124
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
If you have ever reached for a cylinder right when you needed one most, you know how much the right choice matters.
You want a lab cylinder that offers Class A accuracy, a stable base, and a material that fits your workflow, whether that is borosilicate glass or polypropylene.
The best options in 2026 may look simple, but one detail can make all the difference when you start measuring.
More Details on Our Top Picks
Best Plastic Pick
View Latest PriceIf you need a reliable 500 mL cylinder, this plastic option is made for precise everyday measuring. It is constructed from premium polypropylene that stays rigid, resists fatigue, and supports autoclaving. The translucent body provides clear visibility, while raised 5 mL graduations and 50 mL markings make volume readings quick and easy. Class B calibration helps ensure consistent measurements. The hexagonal base adds stability, reducing the chance of tipping. It is suitable for professional labs, classrooms, or home use. It also handles heat and offers strong chemical resistance for routine tasks.
Best Dropper Set
View Latest PriceNeed precise, durable measurements? Rely on this 5 mL thick glass graduated cylinder for small volume work. Its 3.3 borosilicate glass and 3 mm wall improve heat resistance and service life, while the plastic base and bumper guards help prevent slips and breakage. It offers excellent chemical resistance, so it handles strong acids and alkalis with confidence. Molded in graduation lines on the back make fluid levels easy to read accurately. The included glass dropper also expands your options for transfer, dosing, and fine adjustments in the lab.
Best Glass Set
View Latest PriceIf you need a durable, versatile lab setup, this 9-piece EISCO glass set is a strong choice. It includes three beakers, three Erlenmeyer flasks, and three ASTM Class A graduated cylinders in 10 ml, 50 ml, and 100 ml sizes. EISCO makes each piece from borosilicate 3.3 glass with thick, uniform walls, so you can handle heat, autoclavable cleaning, and thermal shock with confidence. The removable protective collars add safety during transport, while the foam casing helps protect each piece. It is ideal for professional labs, classrooms, garages, or home experiments.
Best Bundle
View Latest PriceFeekoon’s 10 piece glass bundle suits labs that need reliable, easy to read measuring tools. You get five borosilicate beakers from 50 ml to 1000 ml, four graduated cylinders from 5 ml to 100 ml, and a 20 cm stirring rod. The thick 3.3 glass feels sturdy, handles heat and acids, and works well for mixing warm liquids. You will appreciate the clear scales, wide cylinder rims, and tapered spouts for cleaner pours. Do not heat cylinders or use them for superheated liquids. It is easy to clean, ships bubble wrapped, and makes a smart gift for science lovers.
Most Accurate
View Latest PriceEisco Labs’ 25mL Class A graduated cylinder delivers accurate measurements for professional use. It features borosilicate 3.3 glass, ASTM E1272 compliance, and Class A tolerance of ±0.17 mL, so your readings stay dependable. The blue printed graduations and specifications are easy to read, and the hexagonal base helps keep it stable on your bench. A removable plastic collar provides added protection. It is heat-tolerant, chemically durable, and calibrated to contain, making it a smart choice for labs, classrooms, and home use.
This 500 ml graduated cylinder is suited for precision work when you need reliable, easy to read measurements. It features Eisco Labs industrial quality borosilicate 3.3 glass, which stands up well to heat and chemicals in busy labs. Its Class A tolerance of ±2.50 ml and DIN EN ISO 4788 calibration help ensure dependable readings. Blue printed graduations with 5 ml subdivisions remain clear, while the round base improves stability and the spout supports clean pouring. Because it is calibrated to contain, you can use it confidently in professional labs, classrooms, or at home.
Professional Grade
View Latest PriceFor demanding labs, this premium 3-piece set delivers professional-grade accuracy in three useful sizes. You get 50 mL, 100 mL, and 250 mL cylinders made from heavy-duty borosilicate 3.3 glass with thick, uniform walls for strong breakage resistance. Blue graduations and ASTM E1272 Class A tolerance help you read and measure with confidence. The hexagonal bases enhance stability, and the removable plastic collars add protection. EISCO packages each set in custom-fit foam, so you can store and transport it safely. It is built for classroom, garage, or home use.
Most Versatile
View Latest PriceThe 4 piece cylinder set is a versatile choice for precise liquid measurement. It includes clear graduated scales for easy readings in 100 mL, 50 mL, 25 mL, and 10 mL sizes. Each polypropylene cylinder offers shatterproof, food grade durability, so you can reuse it, clean it easily, and trust it in demanding lab conditions. The included four 3 mL plastic Pasteur pipettes help you transfer liquids safely and quickly. Whether you are working in a lab, classroom, or kitchen, this set keeps your experiments accurate, reliable, and easy to handle.
Best 100mL Set
View Latest PriceFive 100 ml cylinders provide a compact, reliable set for precise everyday measuring. Each cylinder is made from thick 3.3 borosilicate glass with 2 mm walls, so it handles heat well and lasts longer. The plastic base and bumper guards help reduce the risk of breakage, while the clear molded-in graduation lines on the back make readings easier and more accurate. They also offer excellent chemical resistance, so they can be used with strong acids and alkalis. The included brush makes cleaning simple, helping you reuse them with confidence for reactions and routine lab work.
Best 250mL Set
View Latest PriceIf you need a reliable 250 mL set, these two thick glass cylinders are a solid choice. They use 3.3 borosilicate glass with 2 mm walls, which helps them handle heat better and last longer. The plastic base and bumper guards add extra protection against tipping, while the shatter resistant construction supports safer use. Clear reading lines and molded in graduations on the back make the levels easier to see, helping you measure more accurately. They are also highly chemical resistant, suitable for strong acids and alkalis, and include a brush for easy cleaning and reuse.
When choosing lab cylinders, check the material for durability and chemical resistance. Also look at measurement accuracy so your results stay reliable. Finally, choose a capacity range that fits your work and a stable base that helps prevent spills.
Material durability matters because it affects how well a lab cylinder holds up to heat, chemicals, and repeated use. Choose borosilicate 3.3 glass or high-grade polypropylene when you need stronger resistance in daily lab work. Thick walls, especially 2 mm to 3 mm glass, help reduce breakage and extend service life. In demanding settings, select heavy-duty or industrial-strength cylinders that can handle wear, autoclaving, and frequent handling. Shatter-resistant features, such as plastic bases, bumper guards, and protective collars, can also protect the cylinder from bumps and minor drops. For lower-risk tasks, rigid polypropylene offers good fatigue resistance and chemical resistance, while glass provides better heat tolerance and chemical durability.
Measurement accuracy starts with the cylinder’s stated tolerance class, so you can choose Class A for tighter readings or Class B for a less precise but still standardized option. Next, check the graduation marks. Clear, fine subdivisions help you judge volumes more confidently, and 5 mL lines often make small differences easier to see. You should also prefer printed or molded in scales that stay readable, because faint markings invite parallax and misreads. When you need the marked volume to match the actual volume under standard lab conditions, choose a cylinder calibrated “to contain.” For the most dependable performance, look for models that meet ASTM or DIN EN ISO standards, since those specifications signal controlled measurement quality and better consistency in everyday use.
Pick a cylinder capacity that is just a little larger than the volume you need, so you do not push the liquid past the scale range. You will get the clearest reading whenever the liquid sits comfortably within the markings, not at the top. For small samples, 5 mL and 10 mL cylinders give you finer control; for bigger jobs, 100 mL, 250 mL, and 500 mL options handle larger volumes better. Match the size to the liquid you expect, so you can read and pour with less hassle. If you measure different amounts often, a set with multiple capacities gives you more flexibility than one size alone. Choose the range that fits your routine, and you will work faster and more confidently every time.
Whenever you choose a lab cylinder, base stability matters because it helps prevent tipping during filling, reading, and pouring. You’ll usually get better support from a wider, multi sided base, such as a hexagonal or octagonal design, because it spreads weight and improves balance. Round bases can still work well when they are properly weighted and sit low, so do not rule them out. If you want extra protection, look for plastic bases with bumper guards or anti falling supports; they can absorb bumps and help keep the cylinder from slipping or toppling. For taller cylinders, stable footing becomes even more important since the liquid column raises the tipping risk. In busy labs or classrooms, that extra stability helps you work faster and with more confidence.
Chemical resistance matters just as much as size or shape when you choose a lab cylinder, because the wrong material can react with acids, alkalis, or other common chemicals and compromise both safety and accuracy. You should choose borosilicate 3.3 glass or chemical resistant polypropylene, since both handle everyday lab chemicals well. If you work with harsher mixtures, pick cylinders rated for excellent chemical resistance and confirm strong acid and alkali compatibility. Thicker walls, around 2 mm to 3 mm, can better withstand repeated exposure and last longer. After chemical use, molded in or clearly printed graduations stay easier to read, so you can measure reactive liquids more accurately. If you reuse cylinders often, prioritize easy clean surfaces and reusable construction to keep performance consistent and safe over time.