VEVOR Automatic Electric Vibrating Sieve, Stainless Steel Sifter Shaker Machine with 10+60 Mesh, 45W Automatic Powder Sifter Machine Countertop, Electric Sieve Shaker for Flour Powers, Mungbean, Rice
Premium Stainless Steel
Carefully selected high-quality stainless steel ensures durability, security, and hygiene, making it ideal for complex screening conditions involving powders and liquids. The stainless steel round outlet provides uniform material discharge without clogging, and it's easy to connect various hoses. Specially designed stainless steel spring hooks offer excellent elasticity and strong tension, effectively preventing the sieve frame from falling off or causing abnormal noise.
2 Types of Sieve
The sieve shaker comes with two 304 stainless steel sieve, 10 mesh and 60 mesh. You can select one based on your needs: generally, a 10 mesh is suitable for mungbean, while the 60 mesh is ideal for flour. We offer a variety of mesh sizes for your selection.
Countertop Design
Our vibrating sieve can be installed at any desired location without fixing, making it easy to move. The rubber foot caps and strong non-slip pads reduce noise, prevent slipping, and protect surfaces, ensuring stable and efficient operation. This design is widely used in restaurants, bakeries, flour mills, home kitchens, and more.)
High-Efficiency Sieving
Equipped with a high-performance motor that starts quickly and can operate continuously for long periods, providing rapid sieving. The superior spring assembly effectively reduces noise and ensures stable, no-vibration operation. With strong sealing, the powder doesn’t fly, and liquids don't leak, making it suitable for sieving food powders, traditional Chinese medicine powders, liquids, chemicals, and more.
Easy to Replace and Clean
The raised sifter design maximizes mesh utilization, reduces the risk of clogging, and allows for automatic material discharge, handling large volumes. The sifter can bear up to 6.6 lbs / 3 kg and is easy to replace and clean, thanks to the 304 stainless steel construction.