Acculab EC-211 Portable Precision Analytical Balance with 210g Capacity

The Acculab EC-211 is a portable precision analytical balance designed for reliable and accurate weighing in laboratory environments. Featuring a maximum capacity of 210 g and a readability of 0.1 g, it offers exceptional linearity at ±0.2 g. The weighing pan measures 135 x 140 mm, accommodating a variety of sample sizes, while the overall instrument dimensions are 160 x 220 x 50 mm, ensuring a compact footprint suitable for benchtop setups and mobile use.

Key technical features include:

• Multiple weight units: grams (g), pounds (lb), ounces (oz), pennyweights (dwt), and troy ounces (ozt), enhancing versatility for diverse biotechnological and clinical applications.
• High-resistance load cell coupled with an advanced microprocessor for stable and rapid weight readings essential in molecular diagnostics and bioprocessing workflows.
• Robust ABS housing for durability in routine laboratory use, resistant to common environmental factors encountered in research and quality control laboratories.
• Large, easy-to-read LCD display facilitating clear data visualization in fluorescence analysis and live-cell imaging setups where precise sample preparation is crucial.
• Simple operational interface with only three buttons, optimizing workflow efficiency in busy biotechnology and synthetic biology laboratories.
• Dual power options: battery-operated for portability with an automatic shut-off feature for energy conservation, or powered via AC adapter, making it suitable for continuous usage environments such as biomanufacturing process monitoring.

The EC-211 balance is ideal for scientists, researchers, and clinical professionals requiring dependable mass measurements in applications including molecular cloning, biopharmaceutical production, and neurological research sample preparation. Its portability and durability make it a valuable tool widely adopted in synthetic biology research laboratories and essential for molecular diagnostics tasks demanding consistent precision.