Labotronics standard balance, a fundamental tool in laboratories and industrial settings, is a precise weighing device used to determine the mass of objects. It typically features a pan or platform where the object is placed, and a beam or digital display for reading measurements. Standard balances come in various capacities and accuracies to suit a wide range of applications, from routine weighing to more precise measurements. They often include tare functionality for zeroing out containers, ensuring accurate measurements of the substance being weighed. Standard balances are essential for quality control, scientific research, and a multitude of industrial processes where accurate measurement of mass is crucial to ensure consistency and reliability in a variety of applications.
| Weighing capacity |
15000 g |
| Minimum weighing |
1 g |
| Pan size |
310 × 220 mm |
| Calibration system |
External calibration |
| Weighing capacity |
30000 g |
| Minimum weighing |
1 g |
| Pan size |
310 × 220 mm |
| Calibration system |
External calibration |
| Weighing capacity |
15000 g |
| Minimum weighing |
0.1 g |
| Pan size |
310 × 220 mm |
| Calibration system |
External calibration |
| Weighing capacity |
6000 g |
| Minimum weighing |
1 g |
| Pan size |
310 × 220 mm |
| Calibration system |
External calibration |
Labotronics classic electronic balance is a precise weighing instrument commonly used in laboratories and scientific research. It operates on the principle of electromagnetic force compensation, offering accurate measurements of mass. These balances feature a digital display for easy reading and typically have a range of capacities and readability options to suit various applications. They are known for their reliability and repeatability, ensuring consistent results. Classic electronic balances often include features like tare functionality, calibration modes, and overload protection. They are essential tools for tasks that demand precision, such as chemical analysis, quality control, and formulation in diverse scientific disciplines.
| Weighing capacity |
500 g |
| Minimum weighing |
0.01 g |
| Pan size |
130 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
2000 g |
| Minimum weighing |
0.1 g |
| Pan size |
160 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
600g |
| Minimum weighing |
0.01 g |
| Pan size |
130 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
5000 g |
| Minimum weighing |
0.1 g |
| Pan size |
160 mm |
| Operational temperature |
5 °C - 25 °C |
Our ordinary electronic balance, widely used in laboratories and various applications, is a precise weighing instrument that operates based on electromagnetic force compensation. These balances feature a digital display for reading measurements, and they come in different capacities and readability options to suit various needs. They offer high accuracy and repeatability, ensuring consistent and reliable results. Typical features include tare functionality for zeroing out containers, calibration modes for accuracy verification, and overload protection to prevent damage. Our ordinary electronic balances are essential tools for tasks requiring accurate measurements, including chemical analysis, formulation, and quality control, playing a critical role in ensuring the precision and reliability of scientific experiments and industrial processes.
| Weighing capacity |
3000 g |
| Minimum weighing |
0.1 g |
| Pan size |
165 × 165 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
1000 g |
| Minimum weighing |
0.01 g |
| Pan size |
130 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
10000 g |
| Minimum weighing |
0.1 g |
| Pan size |
165 × 165 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
2000 g |
| Minimum weighing |
0.1 g |
| Pan size |
165 × 165 mm |
| Operational temperature |
5 °C - 25 °C |
Our precision balances are highly accurate weighing instruments used in scientific research, pharmaceutical, and industrial settings to measure mass with exceptional precision and sensitivity. These balances offer readabilities down to a fraction of a milligram, making them ideal for tasks that demand minute weight measurements. They often include features like automatic internal calibration, draft shields to protect against air currents, and advanced digital displays for precise readings. Precision balances are renowned for their ability to deliver reliable results even in controlled environments, where factors like humidity and temperature can affect measurements. Their applications range from analytical chemistry and pharmaceutical formulation to materials testing, enabling researchers and professionals to ensure the highest level of accuracy in their work
| Weighing capacity |
300 g |
| Minimum weighing |
1 mg |
| Pan size |
80 mm 130 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
100 g |
| Minimum weighing |
1 mg |
| Pan size |
80 mm 130 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
500 g |
| Minimum weighing |
1 mg |
| Pan size |
80 mm 130 mm |
| Operational temperature |
5 °C - 25 °C |
| Weighing capacity |
5000 g |
| Minimum weighing |
0.01 g |
| Pan size |
160 mm |
| Operational temperature |
5 °C - 25 °C |
Our double-beam balance is a mechanical weighing instrument used for precise measurements of mass in scientific and laboratory settings. It consists of two parallel beams, with a pan suspended from each end. The object to be weighed is placed on one pan, and calibrated weights are added to the other pan until equilibrium is achieved, allowing accurate measurement of the object's mass. Double-beam balances offer high precision and readability, often featuring Vernier scales and sliding weights for fine adjustments. They are known for their durability and are resistant to external influences, making them suitable for various applications, including chemical analysis, educational purposes, and quality control. Our instruments provide reliable results, ensuring the integrity of scientific research and laboratory work.
| Capacity |
2000 g |
| Division |
0.1 g |
| First rod |
10 × 0.1 g |
| Second rod |
500 × 100 g |
