Mettler E2000 2kg Analytical Gram Scale 2000g x 0.1g 110V 15W Benchtop Balance

Mettler E2000 2kg Analytical Gram Scale 2000g x 0.1g 110V 15W Benchtop Balance

The Mettler E2000 is a benchtop analytical gram scale with a 2000g maximum capacity and 0.1g readability, manufactured by Mettler Instrument Corp. in Switzerland. It uses an analog optical display with an illuminated scale window and a tare range of 0–600g, making it well suited for routine laboratory weighing tasks where a sub-gram resolution is needed. This unit has been tested at our facility with 700g of calibrated weights and is in good working order; the display backlight is in good condition.

Specifications & What's Included

• Manufacturer: Mettler Instrument Corp. (Made in Switzerland)
• Model: E2000 (Type E 2000)
• Maximum capacity: 2000 g (2 kg)
• Readability / division: 0.1 g
• Tare range: 0 – 600 g
• Power: 110V, 60 Hz, 15W
• Display: Analog optical illuminated scale window
• Platform: Circular weighing pan, approximately 5 inches in diameter
• Form factor: Benchtop
• UL listed (UL 682B)
• Leveling bubble on top of housing
• Includes AC power cord

Applications

The Mettler E2000 is a classic single-pan analytical balance from an era when optical analog readouts were the standard in laboratory weighing. It is designed for general laboratory use requiring gram-level precision — typical applications include weighing reagents and chemicals in chemistry labs, quality control in pharmaceutical or industrial settings, and general analytical work where a 0.1g resolution is sufficient. Mettler Instrument Corp. (later Mettler-Toledo) produced the E-series balances as robust, serviceable workhorses for universities, industrial labs, and research facilities through the 1970s and 1980s. The optical analog display uses an internal light source to illuminate a projected scale image, a design that predates digital readouts and is still appreciated by users who maintain legacy lab setups or prefer the continuous analog read. Units like the E2000 remain in use in teaching laboratories and light-duty analytical environments where sub-gram accuracy is required but high-end digital precision is not necessary.