DRAG 
DRAG 
Quick access to essential system features, including the dashboard for an overview of operations, network settings for managing connectivity, system logs for tracking activities.
The LMFC250 Fine Crusher is designed for batch wise and continuous pre-crushing of middle hard, hard brittle and tough materials for the following fine grinding.
High-Speed Precision — The Lab Wizz 320 Micro Ball Mill ensures ultra-fine grinding for small-volume samples with exceptional speed and efficiency.
The Mortar Grinder Model MG100 is used to reproducibly grind, homogenize and mix a wide range of solid materials in dry / wet or cryogenic condition.
The LM PBM laboratory planetary ball mill is universally applicable for quick dry or wet grinding of inorganic and organic samples for analysis, quality control, materials testing and mechanical alloying.
The LAARMANN ring mills are essential for all applications which demand the grinding of hard, brittle and fibrous material down to analytical end fineness
The Fluid Bed Dryer is a versatile drying solution designed to handle a wide range of materials with efficiency and consistency. Drying in the Fluid Bed Dryer LM-FBD300 makes use of the fluidised bed process, a technique similar to the one used in large industrial dryers.
The Model CM100 Cutting Mill is used by Laboratories and processing Companies to granulate solid materials such as plastic waste or wood and thermoplastics.
ARK Scientific – Pioneers in Solids, is at the forefront of sampling, sample preparation and material testing product development. We pioneer large capacity pulverizing systems and make custom sampling solutions for customers all over the world. Our commitment to keep improving is highlighted in the release of next generation pulverizing mills, high-capacity fine jaw crushers, innovative robotic systems and more.
We can provide comprehensive technical consulting for complex constructions (Installations / plants) which often requires the manufacture of solutions that will fit neatly in the existing location.
The process of developing a custom made sampling solution where, with the push of a button, a complete sampling installation can be started goes as follows. An absolute representative sample will be taken from incoming bulk material.
In sample preparation laboratorys the goal is always to get a most representative sample with a minimum of manual activity and human bias.
The workload on operators lifting heavy sample material creates the question, what about “human-errors”. Bias by different operators must always be excluded and their safety must be guaranteed. That is why we develop custom made solutions for sampling bulk materials and larges amounts of sample material.
We deliver advanced sampling and material testing systems trusted by labs worldwide.
Engineered for accurate results and consistent performance across all test conditions. . .
<p><span style="font-size:11pt"><span style="font-family:Arial,sans-serif"><span style="color:#000000">A planetary ball mill is designed for high-energy grinding, mixing, homogenization, and mechanical alloying of various materials. Before selecting a machine, it is important to understand the material being processed, required particle size, sample quantity, grinding method, and application requirements.</span></span></span></p>
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<p>Sample preparation is an important part of laboratory testing, research, mineral analysis, and material characterization. Before a sample can be processed through fine grinding or other analytical equipment, it often needs to be reduced to a suitable and consistent particle size.</p>
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In today’s competitive and fast-paced production environments, reliability is everything. That’s why LAARMANN now offers long-term supply contracts for large quantities of high-quality grinding media including grinding balls, tailored to meet the needs of laboratories, pilot plants, and industrial operations worldwide.
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