-
-
Cardiology
-
Clinical Oncology
-
Dental
-
Dermatology
-
Ear, Nose, Throat (ENT)
-
Endocrinology
-
Gastroenterology
-
General Surgery
-
Gynecology & Obstetrics
-
Interventional Cardiology
-
Nephrology
-
Neurology
-
Oncology Surgery
-
Ophthalmology
-
Orthopedics
-
Pediatrics
-
Pediatrics Surgery
-
Physiotherapy
-
Plastic Surgery
-
Psychiatry & Psychology
-
Radiology
-
Urology
-
Vascular Surgery
-
27 Difference Between Graduated Cylinders and Burettes
Contents
- Frequently Asked Questions (FAQ’S)
- Q1. How should a graduated cylinder be read?
- Q2. How accurate is a graded cylinder?
- Q3. Can graduated cylinders be used for any liquid volume?
- Q4. What is the purpose of a burette’s stopcock?
- Q5. A burette can be used to measure any liquid.
- Q6. During a titration, how do you read the volume in a burette?
Graduated cylinders and burettes are both forms of scientific glassware used to accurately measure liquid quantities. They do, however, have various designs and serve slightly different functions. Scientific experiments employ graduated cylinders and burettes, two types of laboratory glassware, to measure volumes precisely.
A graduated cylinder is an object of laboratory glassware that is used for precisely determining the volume of a liquid. Graduated cylinders are tall, narrow containers that are used in labs to measure liquid volumes with a fair amount of accuracy. Typically, they have a flat base, a pouring spout, and a cylindrical shape. The fact that they have marked volume measurements along the side, which let users know how much liquid is inside, is what gives them their “graduated” appearance. Often, these measurements are expressed in cubic centimeters (cm3) or milliliters (mL).
A burette, on the other hand, is a piece of laboratory glassware used in analytical chemistry to dispense and precisely quantify a known volume of liquid. It is made out of a long, graded tube with a stopcock (a valve) at the bottom. The burette is usually hung vertically, with the open end at the top. They are frequently employed in titration investigations, in which the concentration of one solution is ascertained by carefully measuring its volume and reacting it with another. Titration tests frequently employ burettes. Titration involves gently adding an established concentration solution (titrant) to an unidentified concentration solution (analyte) until a chemical reaction is complete. The burette is used to measure the volume of titrant added, and this data is utilized to calculate the analyte concentration.
|
S.No. |
Aspects |
Graduated Cylinders |
Burettes |
|
1 |
Intended use |
General volume |
Precise volume measurement |
|
2 |
Measurement precision |
Less precise |
More precise |
|
3 |
Graduations |
Marked at intervals |
Marked at smaller intervals |
|
4 |
Reading technique |
Read at the bottom |
Read at the meniscus |
|
5 |
Capacity |
Higher capacity |
Lower capacity |
|
6 |
Tapered tip |
Often lacks a tapered tip |
Always has a tapered tip |
|
7 |
Control of liquid flow |
Less control |
Precise control |
|
8 |
Graduation marks |
Vertical markings |
Horizontal markings |
|
9 |
Material |
Glass or plastic |
Usually glass |
|
10 |
Presence of stopcock |
No stopcock |
Equipped with a stopcock |
|
11 |
Common usage |
Basic laboratory tasks |
Titration and analysis |
|
12 |
Cost |
Generally cheaper |
Often more expensive |
|
13 |
Durability |
More susceptible to breakage |
Relatively more durable |
|
14 |
Cleaning |
Relatively easy to clean |
Requires careful cleaning |
|
15 |
Accuracy |
Lower accuracy |
Higher accuracy |
|
16 |
Visibility |
Volume less visible |
Volume more visible |
|
17 |
Use with corrosive substances |
Not recommended |
Suitable for corrosive substances |
|
18 |
Types available |
Fewer variations |
More specialized variations |
|
19 |
Meniscus effect |
Less noticeable |
More pronounced |
|
20 |
Inclusion of valves |
Not present |
May have self-closing valves |
|
21 |
Typical volume range |
Wide range of volumes |
Narrow range of volumes |
|
22 |
Versatility |
Relatively less versatile |
More versatile |
|
23 |
Calibration |
May require frequent calibration |
Requires regular calibration |
|
24 |
Sample handling |
Easier to pour and handle |
Requires careful handling |
|
25 |
Typical experiments |
Simple measuring tasks |
Complex analytical tasks |
|
26 |
Use in medical settings |
Less common |
More common |
|
27 |
Error sources |
More sources of error |
Fewer sources of error |
Frequently Asked Questions (FAQ’S)
Q1. How should a graduated cylinder be read?
Determine the volume of liquid at the bottom of the meniscus, which is the liquid’s curved surface. To avoid parallax issues, keep your eye at the same level as the liquid.
Q2. How accurate is a graded cylinder?
The calibration of a graduated cylinder determines its precision. Accuracy within a few milliliters is Dossible with high-quality cylinders.
Q3. Can graduated cylinders be used for any liquid volume?
Graduated cylinders are available in a variety of sizes, but for maximum accuracy, select a cylinder that matches the estimated volume of the liquid.
Q4. What is the purpose of a burette’s stopcock?
The flow of liquid from the burette is controlled by the stopcock. It enables precise and regulated dispensing, which is essential in titration tests.
Q5. A burette can be used to measure any liquid.
Burettes are often used for acid and base titrations. They are precise and engineered to produce accurate volumes, but the liquid used must be compatible with the burette’s substance.
Q6. During a titration, how do you read the volume in a burette?
Determine the volume at the meniscus’s base. The burette should be visible at eye level, and readings. should be taken before and after the liquid is dispensed.


Anatomy Lab Equipments
Biochemistry Lab Equipments
Biology Lab Equipments
Chemistry Lab Equipments
Cytology Lab Equipments
Cytopathology Lab Equipments
Dental Lab Equipments
Forensic Lab Equipments
Genetics Lab Equipments
Hematology Lab Equipments
Histology Lab Equipments
Histopathology Lab Equipments
Mathematics Lab Equipments
Microbiology Lab Equipments
Molecular Biology Lab Equipments
Pathology Lab Equipments
Pharmaceutical Lab Equipments
Physics Lab Equipments
Radiology Lab Equipments
Science Lab Kit’s
Toxicology Lab Equipments

Borosilicate Glass Beaker
Plastic Beaker (Euro Design)
Plastic Beaker (Printed Graduation)
Test Tube Brush
Measuring Cylinder Brush
Conical Flask Brush
Volumetric Flask Brush
Round Bottom Flask Brush
Glass Beaker Brush
Pipette Brush
Wash Bottle Brush
Borosilicate Büchner Flask
Borosilicate Erlenmeyer/Conical Flask
Borosilicate Pear-Shaped Flask
Borosilicate Round Bottom Flask
Plastic Conical Flask
Plastic Volumetric Flask
Bunsen Burner
Spirit Lamp
Borosilicate Glass Burette
Plastic Burette
Capillary Tube
Centrifuge Tube
Test Tube
Ria Vial
Vacutainer Tubes
Syringes
Student Microscope
Binocular Microscope
Dissecting Microscope
Microscope Glass Slides
Cover Slip
Inoculating Loop
Slide Box
Lamps
Oils
Beaker Tongs
Crucible Tongs
Flask Tongs
Borosilicate Glass Funnel
Plastic Funnels
Wash Bottle
Borosilicate Glass Reagent Bottle
Plastic Reagent Bottle
Borosilicate Measuring Cylinder
Plastic Measuring Cylinder
Borosilicate Glass Graduated Pipette
Borosilicate Glass Volumetric Pipette
HB Pipette
Pasteur Pipette
Micropipettes
Micropipette Tips
Filter Paper
Litmus Paper
pH Paper
Chromatography Paper
Plastic Petri Plates (Sterile)
Glass Petri Plates (Non-Sterile)
Safety Goggles
Lab Coats
Gloves
Masks
Shoe Covers
Hair & Beard Covers
Steel Spatula
Plastic Spatula
Hitachi Sample Cup
Plastic Scoop
Plastic Medicine Cup
Dissecting Tool Kit
Dissecting Forceps
Hemostatic Forceps
Blood Culture Bottle
Urine Container
Wooden Swab Stick
Test Tube Holder
Test Tube Racks
Magnifying Glass
Watch Glass
Mortar and Pestle
Coplin Jar
Plastic Stirrer
Glass Stirrer
Crucible
Tripod
Wire Mesh
Laboratory Thermometer
Tourniquet
Alcohol Swab
Blood Lancet
Bandage
Gloves & Masks






Cardiology
Clinical Oncology






