Adam Equipment Nimbus NBL-4602e Precision Balance
The Adam Equipment Nimbus NBL 4602e precision balance has a capacity of 4600 grams and a readability of 0.01 grams. These research grade laboratory balances succeed the very successful PGW and PGL series and incorporates some of their advancements, like a solid metal base, but goes further by adding a weighing block crafted from a single block of metal. The extruded aluminum base gives the Nimbus better thermal transfer and the solid metal core increases structural rigidity and stability. The new weighing mechanism (1mg models) is made from fewer parts than a traditional magnetic force restoration motor and provides faster performance and more durability. All Nimbus balances feature backlit LCD displays, sealed keypads and color coded keys. These new balances offer a superior grade of performance and we sell them for less than anyone else.
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Designed for scientists, the Nimbus series of balances offers 15 models that deliver a full breadth of precision readabilities ranging from 0.1mg to 0.1g. Innovative design enables a reduction of the balance’s footprint, so it occupies less space but retains the highest level of performance. A single piece of extruded aluminum forms the balance base. The aluminum provides superior thermal transfer for a more regulated temperature, while the solid core is more rigid, offering greater stability and enabling highly repeatable results. The internal mechanism is fabricated using hardened materials, helping the Nimbus tolerate rigorous laboratory use. Crafted from a single block, the weighing sensor in the Nimbus contains fewer parts than a traditional force motor balance. Highly efficient mechanics plus improved processing power of the electronics leads to more accurate results.
- Backlit LCD display
- Colour coded keys
- Level indicator with adjustable levelling feet
- Removable draft shield supplied on 0.001g readabilities
- Robust metal housing
- Sealed keypad
- External calibration
- Pan lifter to easily remove samples
- Parts counting
- Percentage weighing
- Animal / dynamic weighing
- Density determination