Microbalance MYA 11/52.5Y: A Precision Weighing Solution for Demanding Laboratory Applications
The MYA 11/52.5Y microbalance, developed by Radwag, is designed for research, analytical, and quality control laboratories that require uncompromising precision. Thanks to its dual-range weighing technology, it offers a maximum capacity of 11 grams with a readability of 1 microgram, and 52 grams with a readability of 10 micrograms. This exceptional sensitivity enables detection of the slightest mass variations—essential in fields such as pharmaceuticals, fine chemistry, and metrological laboratories.
Its Reflex Level System ensures automatic leveling at each use, providing optimal installation and eliminating errors due to uneven surfaces. The fully motorized weighing chamber opens automatically, allowing for contactless handling, while the 10-inch color graphic display delivers a smooth and intuitive interface to control all integrated functions.
The balance offers a wide range of functionalities, including percentage weighing, formulation, piece counting, pipette calibration, and density determination—granting exceptional versatility for a device in this category. Ambient conditions can also be monitored via the optional THBR 2.0 system, which records temperature, humidity, and barometric pressure, further enhancing result reliability.
Engineered to meet the highest quality standards, the MYA 11/52.5Y complies with OIML Class I regulations, ensuring full traceability in regulated environments. Its robust construction and IP43 protection rating safeguard the instrument against dust and light splashes, supporting long-term durability even in the most demanding laboratory settings.
The balance is compatible with various RADWAG software solutions for data management, label printing, and remote monitoring, facilitating seamless integration into existing laboratory information systems. It supports a full terminal, protective cover, tweezers, brush, anti-dust lid, and can be equipped with a wide range of optional accessories to meet specific user requirements.