Lab Ball Mill Supplier Nano Powder Grinding Crusher Machine 40L Full-Directional Multiple Dimensional Rotations

Lab Ball Mill Supplier Nano Powder Grinding Crusher Machine 40L Full-Directional Multiple Dimensional Rotations

Overview

The Omni-directional Laboratory Ball Mill represents a fundamental advancement in material processing technology, delivering exceptional performance in precision milling, ultrafine grinding, powder homogenization, nanomaterial synthesis, product development, and small-batch manufacturing. Tencan's planetary ball mill system combines sophisticated engineering with practical functionality—featuring a space-saving architecture, optimized energy efficiency, whisper-quiet operation, and remarkable processing versatility. This configuration presents an ideal solution for research centers, academic institutions, and industrial laboratories requiring consistent, high-quality powder specimens. The innovative four-station design enables parallel processing of multiple samples, significantly enhancing experimental throughput. Furthermore, when configured with specialized vacuum milling containers, the system facilitates advanced material preparation under controlled atmospheric conditions.

Operational Mechanism

Engineered with four grinding stations symmetrically arranged on a central rotating platform, the omni-directional ball mill generates complex kinematic patterns through simultaneous planetary motion. During operation, each grinding jar maintains independent rotation while completing full orbital revolutions, creating dynamic interactions between grinding media and processed materials. This multi-axis movement generates intensive impact, friction, and shear forces that efficiently reduce particle sizes. Compatible with both dry and wet processing methodologies, the equipment accommodates diverse material types with varying physical characteristics, achieving final particle dimensions as fine as 0.1 micrometers. This operational flexibility has established the system as an essential tool across multiple disciplines including geological research, mineral processing, metallurgical engineering, electronic materials development, advanced ceramics, chemical synthesis, pharmaceutical research, and environmental technology.

Application Spectrum

The omni-directional ball mill demonstrates exceptional adaptability across numerous industrial sectors and research fields. Its capabilities prove particularly valuable in specialized production environments involving electronic ceramics, structural ceramic components, magnetic composites, battery materials (including lithium cobalt oxide and lithium manganese compounds), catalytic systems, phosphorescent materials, rare-earth polishing agents, and functional glass formulations. The technology further supports manufacturing processes for advanced components including zinc oxide varistors, piezoelectric elements, nanoscale materials, multilayer ceramic capacitors (MLCC), thermistor devices (PTC/NTC variants), dielectric ceramics, high-performance alumina and zirconia composites, specialized phosphors, functional oxide powders, and both nickel-zinc and manganese-zinc ferrite materials.

Technical Features

Technical Parameters

Accessories of Mill Jars & Balls

Available Mill Jars:

304 stainless steel mill jar, 316 stainless steel mill jar, tungsten carbide mill jar, agate mill jar, alumina ceramic mill jar(also called corundum mill jar), zirconia mill jar, nylon mill jar, polyurethane mill jar, mill jar (PTFE), and etc.

Available Mill Balls:

304 stainless steel mill balls, 316 stainless steel mill balls, tungsten carbide mill balls, agate mill balls, alumina balls, zirconia mill balls, and etc.

TENCAN Planetary ball mills are available in different versions.

Please refer to our website www.lab-mills.com for a complete overview of the different performance features.