Ten Position Horizontal Jar Mill for Multi Sample Fine Powder Grinding and Mixing

Product Overview

This high-throughput horizontal jar mill is an advanced laboratory sample preparation system designed for simultaneous batch processing, fine grinding, and homogeneous mixing of powder samples. Operating on the principle of friction-induced mechanical force between grinding media and container walls, the equipment efficiently reduces brittle, low-to-medium hardness materials down to sub-micron and micro-scale dimensions. Built to handle up to ten grinding jars concurrently, this unit provides material scientists and process engineers with an essential tool for high-density experimental workflows where sample uniformity and repeatability are critical.

Engineered to serve across demanding research and industrial sectors—including advanced ceramic synthesis, energy storage materials, metallurgy, chemical engineering, and geological analysis—this multi-jar mill processes both dry powders and wet suspensions. The system accommodates sealed grinding vessels under vacuum or inert gas purge, preventing atmospheric contamination or oxidation of sensitive reagents. Its modular drive structure supports a wide selection of jar and media compositions, ensuring chemical compatibility and zero unwanted cross-contamination across diverse material formulations.

Constructed with a heavy-duty frame, motorized roller positioning mechanics, and robust IP65 ingress protection, this horizontal milling system delivers reliable performance under continuous heavy loading. Internal thermal management controls heat generation during extended milling cycles, preserving sample integrity and drive stability. With intuitive digital controls, multi-mode rotational programs, and integrated electrical safety safeguards, the unit delivers consistent operational precision and long-term durability for high-demand analytical laboratories.

Key Features

• Ten-Position High-Throughput Milling: Designed with six parallel drive rollers supporting up to ten independent grinding jars, enabling high-volume parallel sample processing and multi-parameter testing without risk of cross-sample contamination.
• Motorized Sliding Roller Adjustment: Features electrically controlled sliding rubber rollers with position-memory retention, allowing quick, effortless spacing adjustment to accommodate jar volumes ranging from 250 mL up to 3000 mL.
• High-Friction Polyurethane Roller Coating: Drive rollers are coated with wear-resistant polyurethane material that ensures positive rotational coupling up to 900 r/min, eliminating jar slipping while minimizing vibration and operational noise.
• Versatile Milling Modes and Atmosphere Control: Fully supports both dry and wet grinding methods, with structural compatibility for vacuum-sealed or inert gas-purged jars to safely process oxygen-sensitive or reactive chemical precursors.
• Programmable Operation & Control Retention: Offers continuous, intermittent, and alternating rotation cycles alongside digital timing control, emergency stop functions, and power-off memory to resume operation seamlessly following unexpected power disruptions.
• Comprehensive Operational Safety Protection: Built-in electronic safety features include active overload sensing, rotational danger prevention interlocks, and immediate drive shutdown capabilities to safeguard lab operators and internal componentry.
• Robust IP65 Industrial Architecture: Encased in an IP65-rated industrial housing that prevents dust ingress and fluid splashing, complemented by integrated heat dissipation design to ensure cool operation during prolonged run times.
• Quick-Change Modular Components: Designed with quick-release roller mechanisms that facilitate rapid maintenance, fast drive-line cleaning, and reduced system downtime during routine laboratory maintenance protocols.

Applications

Technical Specifications

Why Choose This Product

• Unmatched Multi-Sample Productivity: The 10-jar layout dramatically boosts laboratory throughput by permitting multi-sample comparison runs under identical rotational speed and friction dynamics.
• Precision Electrical Roller Adjustment: Electric sliding control with position memory eliminates manual alignment hassle, ensuring perfect contact pressure and drive coupling across various jar dimensions.
• Industrial Grade Reliability & Safety: Engineered with an IP65 housing, thermal management channels, overload protection, and CE compliance to guarantee continuous long-term operational stability.
• Material Pureness & Chemical Versatility: Compatible with a vast array of inert jar and media linings—from zirconia to tungsten carbide—ensuring zero cross-contamination for ultra-pure research.
• Flexible Operational Modes: Supports complex grinding protocols including alternating rotation, intermittent pauses, and vacuum milling for demanding research and industrial formulation trials.

Contact our technical engineering team today to request a customized quote or to consult on tailored jar and media selection for your specific sample preparation requirements.