Vibratory Test Sieve Shaker
Vibratory Sieve Shaker Lab Usage Mechanical Sieve Shakers is perfectly suited for precise sieving in the lab.For dry, wet and micro-precision sieving with a measurement range from 2 µm to 160 mm.
Length*Width*Height : 330*380*340 mm
Weight : 27 Kg
Sieve Shaker Catalog
Benefits of Lab Vibratory Sieve Shaker
Work continuously for 8 hours
Simple and ergonomic operation,and long-lasting
Appearance 304 stainless steel with baking paint
Stainless steel machine material,corrosion resistance and long lifetime
Detail Images
Sieve covers used for protecting the stored test sieve from dirt and dust.
Sieve pans collect underflow finest particles.Smooth surface simplify sieve cleaning.
Stainless steel sieves have sieving opening from 2um to 160mm.
Please add this ultrasonic generator if sieve is finer than 80-100 mesh,this would solve clogging problem.
woven wire to process fine powder
Perforated sheet used for big particle size material
Discription of Lab Vibratory Sieve Shaker
The high performance Vibratory Sieve Shaker offers everything you need for fast determination of quantitative particle size distribution in the laboratory. As a shaking sieve system,it is easy to operate, reliable and long-lasting,low-noise and robust.Customers worldwide count on our quality, our experience and our service. This makes us proud and motivates us.
Technical Parameters
Dry, wet and micro-precision sieving
Sieve diameter from 100 mm 150 mm 200mm, mesh various
Evenly tensioned wire cloth for precise and accurate analysis
Smooth frame surface prevents cross-contamination
Noise Less than 50 dB
Motor power 0.125 KW
Amplitude 0~3 mm
Vibration frequency 1440 cycles/min
Power supply 220V 50HZ
Application
Widely used in food, medicine, chemical industry, abrasives, pigments, mining, metallurgy, geology, ceramics, national defense and other industries, scientific research units, laboratories, laboratories, production control, etc. on solid, powder, slurry materials and other materials inspection, sieving, grading, particle size analysis, impurity content analysis, etc.
