Lab Mechanical Balances

Lab mechanical balances are essential tools for precise weight measurements in laboratory settings. These gram balances are valued for their accuracy and reliability, making them a staple in scientific research, education, and industrial applications.

Mechanical balances, also known as beam balances, feature a traditional design with a beam and pivot system, allowing for precise measurements without needing power sources. They are highly durable, with robust construction that ensures long-lasting performance and minimal maintenance. Advanced models may include magnetic damping to stabilize the beam and reduce oScillations, enhancing accuracy.

Users benefit from the clear and straightforward operation of lab mechanical balances, making them easy to use even for those with minimal training. The balances are available in various capacities and resolutions, catering to a wide range of laboratory needs, from weighing small samples to larger quantities.

Options within this category include single-pan and double-pan balances, each offering unique advantages for specific applications.

Lab mechanical balances remain reliable for precise, power-free weight measurements, making them indispensable in any laboratory setting.

Thomas Scientific also offers a variety of other balances and balance accessories.

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Mechanical Balances

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  • Ideal for comparative weighing Six inch diameter plates of stainless steel Magnetic damping 2 pan, mechanical single and double beam balances have sturdy, rugged construction with easy reliable operation. Capacity 2,000 grams and 0.1 gram readability; 1368D40 also has a 5 lb. capacity, with…

  • Adam Equipment

    Meet the requirements for high precision and reliable weighing in laboratories, schools and industry Features Low cost and simple to use Magnetic damping for faster stability Rigid construction for durability Zero adjust facility to enable zero reading Notched and tiered…

  • Our economy mechanical balances feature rugged die-cast construction, precision ground edges, dual magnetic damping system to slow oscillation, and a large stainless steel weighing platform. Capacity is 610g, and optional weight set extends capacity to 2610g. Limited five year warranty. …

  • These die-cast constructed mechanical balances are durable and versatile to accommodate a variety of lab applications. Features a dial which speeds up the weighing process and provides greater accuracy. Also includes magnetic damping to slow oscillation, a large stainless steel platform and tiered…

  • For use with mechanical balances Thomas number 1366W35 Scoop is stainless steel and footed. For use with balances 1381H15, H28 and 1382F65. Dimensions: 6" x 12"; weight: 190 grams.

  • Aluminum alloy beam of box type construction with sliding weights Beams tiered with contrasting graduations for easy reading Enameled base has hole for mounting on upright support for specific gravity weighings Capacity 610 grams, sensitivity 0.1 gram; magnetically damped; capacity…

  • 1600 Series Direct reading vernier dial for easy use 5-year warranty Choice of weighing platforms: scoop, animal container, pans offered as optional accessories Brought rapidly to equilibrium by magnetic damper Case aluminum beam, with steel knife edges and agate bearings; base finished in…

  • Four notched and tiered beams Built-in specific gravity platform Removable, 92 mm diameter stainless steel pan. Capacity 311 grams with a readability of 0.01 gram; calibrations: front beam 1 x 0.01 gram, second beam 10 x 1 gram, third beam 100 x 10 grams and rear beam 200 x 100 grams. 5-year warranty.

  • Large interchangeable weighing pans, dual pointers, tare adjustment, molded handles, and an eight piece, solid brass mass set. Zero-adjust wheel provided to correct out-of-level conditions Capacity: 2,000 grams; sensitivity: 0.5 grams Able to weigh objects like paper clips, erasers,…

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    Walter Products

    Two-platform design is based on the classic Roberval balance principle. Its convenience and accuracy is commonly used for comparative weighing to determine the difference in mass between two objects rather than their absolute value. Incorporates sliding weight on beam for fine adjustment. Limited…

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