Ohaus Analytical Balance PX84 with Internal Calibration and Multi-Mode Functionality

The Ohaus Analytical Balance PX84 is a precision laboratory weighing instrument designed for applications requiring high accuracy, including bioprocessing and molecular diagnostics workflows. Featuring an 82 g capacity and a readability of 0.0001 g (0.1 mg), this balance supports critical weighing tasks in biotechnology, synthetic biology, and clinical diagnostics.

Key technical features include:

• Internal and semi-automatic calibration ensuring consistent measurement accuracy vital for molecular cloning and gene editing protocols.
• Multiple weighing application modes: parts counting, percent weighing, animal/dynamic weighing, formulation, and density determination, making it versatile for biomedical engineering and biotechnology research.
• Three user-selectable environmental filters to compensate for lab vibrations and disturbances, enhancing stability essential in sensitive synthetic biology experiments.
• Supports 18 international weighing units, including custom units, facilitating global lab use.
• Connectivity options via USB and RS232 interfaces enable seamless data integration with laboratory information management systems (LIMS) and printers, beneficial for biomanufacturing documentation.
• Robust design with a removable stainless steel pan (90 mm diameter), bright backlit LCD, and security features like menu lock and security bracket to prevent tampering, ensuring reliability in regulated molecular diagnostics environments.
• Fast stabilization time of 3 seconds supporting efficient sample throughput in busy research labs.

With compact dimensions (8" x 13" x 12") and a weight of 11 lbs, the PX84 analytical balance is suited for benchtop placement in laboratories focused on cell imaging, fluorescence analysis, and other biotechnology-driven research domains. Its multi-mode functionality and precision make it widely used among molecular biology researchers and essential for high-precision laboratory weighing in biotechnological applications.