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Capacity: 5000g OIML Class: F1 F1 weights are suitable for calibrating precision balances. Crafted of highly polished stainless steel

USB to RS-232 adapter converts the RS-232 output on the scale or balance to a USB. This enables the scale or balance to be connected to a computer for data transfer. Data transfer and collection is optimized and users don't have to manually input large amounts of data.

Capacity: 2kg OIML Class: F1 F1 weights are suitable for calibrating precision balances. Crafted of highly polished stainless steel

With a high-resolution graphic display and intuitive features, Solis precision balances provide an outstanding solution for a variety of lab applications. Versatile and resilient, the Solis is ideal for research and quality assurance labs; science education; precision counting; and production and manufacturing applications needing precision results. The Solis keypad is simple to use, with easy-to-read buttons and helpful navigation arrows for uncomplicated operation.

Durable and reliable,Adam Equipment Nimbus precision balances NBL 22001P deliver a full breadth of readabilities ranging from 1mg to 0.1g. Innovative design enables a compact footprint, so it occupies minimal space while retaining a high level of performance. Single-piece construction offers greater stability, producing highly repeatable results. The weighing sensor in the Nimbus is crafted from a single block and contains fewer parts than a traditional force motor balance. This optimized internal mechanism is fabricated using hardened materials, helping the Nimbus tolerate rigorous laboratory use. Efficiency in the mechanics, plus improved processing power of the electronics, leads to excellent performance.

Durable and reliable,Adam Equipment Nimbus precision balances NBL 16001P deliver a full breadth of readabilities ranging from 1mg to 0.1g. Innovative design enables a compact footprint, so it occupies minimal space while retaining a high level of performance. Single-piece construction offers greater stability, producing highly repeatable results. The weighing sensor in the Nimbus is crafted from a single block and contains fewer parts than a traditional force motor balance. This optimized internal mechanism is fabricated using hardened materials, helping the Nimbus tolerate rigorous laboratory use. Efficiency in the mechanics, plus improved processing power of the electronics, leads to excellent performance.