Precision Balance incorporates unique high end technology which is built to match the highest international standards. Outstanding weighing performance and innovative sample handling technologies are used. Due to its efficiency, error free, and compliant features it becomes an unique product. Used in Chemistry, Biological Research, Industry, Laboratory. Labtare precision balance are made with high accuracy and premium sensor quality which makes them unique and highly compatible for a wide range of laboratory applications.
Capacity (g) : 310 g Resolution (g) : 0.001 g Min Weighing (g) : 0.004 g Stable Time : ≤3 sec Display : LCD(white back light with black font) Sensor : Load Cell Pan Size : Φ 90 mm Operation Temperature : 5-25°C Repeatability : ±0.002 g Liner : ±0.003 g Cal. Weight : 200 g Overall Dimension : 177x173x205 mm Packing Size : Inside: 350x265x345 mm Outside: 740x550x390 mm Gross Weight : 4 / 16 kg
The precision balance is the latest high-performance and GMP compliant intelligent electronic balance launched by D&T, with a maximum design accuracy of 1 mg. It can meet your specific needs and compliance requirements, thereby maximizing work efficiency and accuracy of experimental results. The balance adopts a brand-new monolithic sensor as the core component of the weighing device, which directly determines the speed, accuracy, and stability of weighing.
The precision balance is the latest high-performance and GMP compliant intelligent electronic balance launched by D&T, with a maximum design accuracy of 1 mg. It can meet your specific needs and compliance requirements, thereby maximizing work efficiency and accuracy of experimental results. The balance adopts a brand-new monolithic sensor as the core component of the weighing device, which directly determines the speed, accuracy, and stability of weighing.
The precision balance is the latest high-performance and GMP compliant intelligent electronic balance launched by D&T, with a maximum design accuracy of 1 mg. It can meet your specific needs and compliance requirements, thereby maximizing work efficiency and accuracy of experimental results. The balance adopts a brand-new monolithic sensor as the core component of the weighing device, which directly determines the speed, accuracy, and stability of weighing.