The Ball Mill educational setup is an essential mechanical operation lab equipment designed to study the process of size reduction and grinding of solid materials. It provides students with practical knowledge of the working principle of a ball mill, including the effect of operating conditions on grinding efficiency.
Widely used in Engineering Colleges, ITIs, and Research Centers, this ball mill experimental setup helps learners understand the concept of particle size reduction, energy consumption, and performance testing in laboratory conditions.
The ball mill trainer consists of a cylindrical shell rotating on horizontal bearings, partially filled with grinding media (steel balls). As the shell rotates, impact and attrition forces reduce the size of solid particles fed into the mill.
This ball mill lab equipment is supplied with digital instrumentation for speed monitoring, sample collection trays, and safety features for long-term use. The ball mill test rig is durable, easy to operate, and ideal for repeated experimentation in academic environments.
Specification | Details |
---|---|
Power Supply | 230V AC, 50Hz |
Mill Type | Cylindrical horizontal shell |
Grinding Media | Steel balls of standard size |
Drive System | Motor with belt/gear drive |
Speed Control | Digital speed indicator & controller |
Feed Arrangement | Manual feed hopper with discharge tray |
Construction | MS powder-coated frame with safety guards |
Our ball mill experimental setup is built for accuracy, durability, and safe operation. With precise instrumentation and robust design, it is trusted by Engineering Colleges, ITIs, and Research Centers for training in mechanical operation and size reduction processes.
By bridging the gap between theory and practice, this trainer helps learners gain industry-relevant skills for chemical, mining, cement, and material science applications.