A Feed Worm, also known as a worm feeder or screw feeder, is a crucial component used to control and guide the flow of materials—especially powders, granules, pellets, or liquids—into processing or packaging machinery. Designed with helical grooves, the feed worm ensures a steady, accurate, and consistent movement of materials without clogging or interruption.
At Velani Metal Industries, we manufacture robust and precision-engineered feed worms from high-grade metals and polymers, customized to suit your material type, machine speed, and output requirements.
With The Continuous Focus On Quality And Performance, We Are Occupied In Presenting The Best Range Of Feed Worm That Are Crucial Components In Mechanical Power Transmission Systems, Especially Where Smooth, Controlled Motion And Torque Transfer Are Essential. Our Feed Worms Are Designed To Operate Faultlessly With Worm Gears, Delivering High Reduction Ratios And Efficient Power Transfer With Minimal Noise And Vibration. To Verify Their Rugged Design, These Ranges Are Quality Inspected On Numerou Continue
We Specialize In Manufacturing Precision-engineered Taper Lock Pulleys That Deliver Reliable Performance And Long-lasting Sturdiness Across Industrial Applications. Designed For Quick Installation And Easy Removal, Our Pulleys Use The Advanced Taper Locking System, Eliminating The Need For Re-boring And Ensuring Perfect Shaft Alignment Every Time.Crafted From High-grade Cast Iron And Other Quality Materials, Our Taper Lock Pulleys Are Energetically Balanced And Manufactured To Meet Stringent I Continue
Taper Lock Pulleys Are Precision-engineered Power Transmission Components Designed For Quick Installation, Superior Grip, And Long-lasting Performance. Featuring A Unique Taper Bush System, They Allow Easy Mounting And Removal Without The Need For Re-boring, Ensuring Perfect Shaft Alignment And Minimal Downtime.Where Innovation Meets Motion: Taper Lock Pulley ApplicationsTaper Lock Pulleys Are The Unsung Heroes Behind Smooth, Efficient, And Precision-driven Motion In Today’s Most Deman Continue