Multifunctional Electronic Solid Densitometer is a sophisticated, high-precision instrument designed for non-destructive density and specific gravity measurement of solid materials. It represents a significant advancement over traditional hydrostatic weighing methods, offering unparalleled speed, accuracy, and ease of use.
Operating primarily on the buoyancy principle (Archimedes’ principle), it utilizes an integrated precision electronic balance and an elevated temperature-controlled fluid bath. The sample is first weighed in air and then while immersed in a specialized fluid. The instrument’s microprocessor automatically calculates density and related values (e.g., specific gravity, percent porosity, volume) using the obtained weight differentials, eliminating human calculation errors.
Its key multifunctional capabilities include testing a diverse range of solids—from plastics and ceramics to metals and composites—and often featuring multiple analysis modes for different sample types.
This instrument is laboratory, and production across industries such as aerospace, automotive, and electronics, where precise material density is critical for performance, formulation, and cost efficiency. It streamlines workflow, enhances reproducibility, and ensures superior product quality.









 
            
             
        
        
             
		









 BR                                41696
BR                                41696                             VN                                12125
VN                                12125                             US                                10673
US                                10673                             AR                                3748
AR                                3748                             MX                                1881
MX                                1881                             GB                                1850
GB                                1850                             EC                                1742
EC                                1742                             AO                                1510
AO                                1510                             
         
        