Refined production of electronic components and capacitors.

Efficiency and Precision

Enhancing MLCC/LTCC Production with Advanced Bead Mill Technology

We understand the critical importance of producing multilayer ceramic capacitor (MLCC) and low-temperature co-fired ceramic (LTCC) components. Our advanced bead mill technology is specifically designed to meet the unique needs of these industries, delivering superior results and performance.

With our precision grinding and dispersing capabilities, our bead mills can produce ultra-fine particles ranging from 0.1 to 5 micrometers, ensuring exceptional particle size and distribution control for optimal component performance. Our mills are designed with customizable grinding bead size and density, providing flexibility for a wide range of material and additive processing needs.

Our bead mills are ideal for grinding and dispersing a variety of materials, including titanium dioxide, alumina, zirconia, and lead titanate, as well as additives such as dispersants and binders. Our mills are designed for easy operation, maintenance, and cleaning, ensuring maximum uptime and efficiency.

At Allwin, we’re committed to delivering the highest quality bead mill technology to the MLCC and LTCC industries. With our advanced capabilities, we’re able to help our customers achieve higher material utilization, greater production efficiency, and superior product performance.

bead mill machine for MLCC/LTCC industry
Stainless steel guarantees safety and temperature resistance
One-stop production of mills reduces costs
Complete wet grinding system offers labor-saving processes
Made with abrasion-resistant materials
All machines are standardized and at consistent quality


Successful Cases in the Industry

Why and How We Upgraded to Comprehensive Digital Management

How to Solve the Problem of Grinding Beads Broken by a Bead Mill?


Get In Touch

*We respect your confidentiality and all information are protected.

Get In Touch

*We respect your confidentiality and all information are protected.