Description
Radwag MYA 21.5Y.P Microbalance
Key Features:
– Extremely high measurement readability
– Ability to dispense very small volumes of liquid
– Repeatable and stable results
– Advanced, yet easy-to-use user interfaces
– Automatic adjustment to ensure that the device is ready for operation
– Integration with computer systems for recording and analyzing measurement results.
Digital Weighing Auditor
Ensures that your balance is ready for use. It enables air buoyancy compensation in real-time. What is more, it informs about the need for a balance inspection or a periodic audit of the balance’s accuracy and sensitivity.
Specification
| Model | MYA 21.5Y.P |
| Maximum capacity [Max] | 21 g |
| Minimum load | 0.1 mg |
| Readability [d] | 1 µg |
| Standard repeatability [Max] | 3 µg |
| Linearity | ±7 µg |
| Stabilization time | ~ 5 s |
| Capacity | 11 ml |
| Weighing pan dimensions | ø26 mm |
| Weighing chamber dimensions | ø 90×90 mm |
| Adjustment | internal (automatic) |
| Leveling system | automatic – Reflex Level System |
| Display | 10″ graphic colour touchscreen |
| Communication interface | 2×USB-A, USB-C, HDMI, Ethernet, Wi-Fi, Hotspot |
Application
Metrology Laboratories
Microbalances for pipettes calibration are applied in metrology laboratories to ensure the accuracy of measurements in various scientific and industrial fields. Used for dispensing very small volumes of liquids, they detect even the slightest differences in mass.
Pharmaceutical Industry
Accurate pipette calibration is essential in the production of pharmaceuticals, because in the pharmaceutical industry, even the smallest deviations can affect the quality and safety of the final product, and ultimately human life.
Biotechnology and Research
In biotechnology and research laboratories, precise dispensing of reagents and samples is crucial for reproducible and reliable results. In addition, regular pipette calibration ensures compliance with international standards such as ISO 8655.
Quality Control
Microbalances for pipettes calibration are used in quality control processes where the accuracy and precision of dispensing have a direct impact on product quality.
