The Mechanical Tray Balance 200g is a durable and reliable manual weighing instrument designed for physics experiments, laboratory demonstrations, and educational use. Built with a sturdy metal body and stainless-steel weighing trays, this balance provides stable, repeatable measurements without electricity.With a maximum capacity of 200g and 0.2g accuracy, it is ideal for teaching fundamental principles of mass measurement, equilibrium, and calibration in schools, colleges, and training laboratories.Key Features & Benefits200g Weighing CapacitySuitable for routine educational and laboratory weighing tasks.0.2g Measurement AccuracyEnsures dependable and consistent results for experiments and demonstrations.Mechanical (Non-Electric) OperationNo batteries or power required—perfect for classroom and field use.Stainless Steel TraysCorrosion-resistant, easy to clean, and suitable for repeated use.Includes Calibration Weights & TweezersSupplied with standard calibration weights and stainless steel tweezers for precise handling.Stable & Durable ConstructionSolid base minimizes vibration and improves measurement reliability.Typical ApplicationsThis mechanical tray balance is widely used in:School, college, & university physics laboratoriesEducational science experimentsBasic laboratory weighing tasksDemonstration of mass, balance, and calibration principlesTraining institutes and science classroomsTechnical SpecificationsMaximum Capacity: 200gAccuracy / Graduation: 0.2gBalance Type: Mechanical double-tray balanceTray Material: Stainless steelOperation: Manual (no power required)Accessories Included:Calibration weightsCalibration tweezersWhy Buy from Labtexbd.comReliable supplier of laboratory and educational equipmentQuality-checked products suitable for academic and institutional useCompetitive pricing for bulk and institutional ordersSecure packaging and dependable deliverySupport for schools, colleges, laboratories, and distributorsThe Mechanical Tray Balance 200g is a cost-effective, long-lasting, and classroom-ready solution for accurate mass measurement—making it an essential tool for physics education and basic laboratory work.
