DC with Desk Stand, Range 0-1, 1.5, 3, 5, 10, 15, 25 Amp (Any one range)
Durable student compound microscope with 100x–600x magnification, ideal for school and college biology laboratories.
Aneroid barometer with an integrated hand pump to demonstrate atmospheric pressure variations.
Applies the principle of moments to accurately determine unknown masses in quantitative laboratory experiments.
An electronic top-loading scale that utilizes strain gauge load cell technology to convert mechanical mass into highly accurate digital readings. Essential for laboratory experiments like preparing standard chemical solutions, determining material density, and weighing reaction yields, this versatile instrument is also commonly known.
An electronic top-loading scale that utilizes a high-precision strain gauge or electromagnetic sensor to convert mechanical mass into highly accurate digital readings. Essential for sensitive laboratory experiments like preparing exact chemical reagents, determining micro-material density, and calculating precise analytical yields, this instrument is also commonly known as a digital milligram scale, precision lab balance, or electronic mass scale.
A ultra-compact, portable electronic scale that utilizes miniature strain gauge technology to provide highly precise, on-the-go digital mass readings. Perfect for field-testing, field biology, weighing micro-reagents, and quick jewelry or component checks, this pocket-sized instrument is also widely known as a portable milligram scale, mini digital balance, or jewelry pocket scale.
An electromagnetic moving-coil instrument that operates on the principle of magnetic torque, where the current pulse is integrated over time due to high coil inertia to measure total electric charge. Ideal for physics laboratory experiments involving the measurement of transient currents, mutual inductance, and capacitor discharge, this sensitive device is also commonly known as a charge-measuring galvanometer or ballistic mirror galvanometer.