#beambalance

Labnics Double Beam Balance is designed for precise weighing with a maximum capacity of 2000 g and a 0.1 g division value. Magnetic damping helps the beam settle quickly, while agate bearings and precision knife edges reduce friction and wear for smoother operation, and more consistent accuracy. The two-pan design includes a stainless steel pan with a 150 mm diameter and aluminum alloy construction, while the sliding weights let users fine-tune the balance quickly for precise measurement.

Manufactured for laboratory, educational, and quality control applications requiring accurate mass measurement.

Labozon Triple Beam Balance performs mass measurement with a 2610 g capacity, 0.1 g readability, and a three-beam mechanical weighing configuration for routine laboratory weighing procedures.

Its three notched beams with center-reading sliding masses, 150 mm stainless-steel weighing pan, and magnetic damping mechanism support balance stability during manual weighing operations. Tiered beam graduations and mechanical weight adjustment help minimize reading variations across routine measurement workflows.

Labozon Triple Beam Balance measures mass with a 311 g capacity, 0.01 g readability, and a mechanical weighing configuration featuring center-reading sliding masses.

Three notched beams, magnetic damping stabilization, agate bearings, precision knife edges, and a 100 mm stainless steel pan support weight measurement and balance stabilization during routine weighing procedures.

Labozon Double Beam Balance LZ-DBB-A100 performs comparative mass measurement with 2000 g capacity and 0.1 g readability for sample weighing, mass verification, and laboratory testing workflows.

Agate bearings, precision knife edges, and parallel dual beam with independent calibrations along center- reading sliding masses support consistent weight determination.