LMS Scientific Solution Sdn Bhd

DISC MILLS / MORTAR GRINDER

Achieve consistent fine grinding for medium-hard, hard, and brittle solid samples with Ants Scientific Disc Mills and Mortar Grinders. Available throughout Malaysia exclusively via LMS Scientific.

Key Series & Technologies

  • AM200S Mortar Grinder: Based on classic manual grinding principles using friction and pressure. Ideal for soft, hard, brittle, or pasty samples. Features digital load displays, variable speed (50–150 rpm), and tool-free pestle changes.
  • AM800 / AM800CC / AM810 Disc Mills: High-precision disc systems for pre-milling and fine grinding down to . The AM800CC offers automated cleaning, integrated cooling, and a compact footprint.
  • AM900 / AM950 Vibratory Disc Mills: Extreme high-speed circular vibration systems designed for rapid, loss-free grinding to analytical fineness () within seconds. Ideal for XRF and spectral analysis sample preparation.

Key Applications in Malaysia

  • Spectral Analysis (XRF/XRD): Sample preparation for cement, mining, and metallurgy QA/QC.
  • Pharmaceuticals & Chemical: Powder fine grinding and pasty sample formulation.
  • R&D Laboratories: Ceramic powder processing, soils, and battery raw material testing.
Manufacturer’s website: https://en.my-ant.com/

Disc Mills & Mortar Grinder Series

The AM200S utilizes traditional friction and pressure mechanisms to achieve gentle, uniform grinding for soft, hard, brittle, or pasty materials. Featuring variable speed control (50–150 rpm) and a digital load display, it is ideal for sensitive analytical preparations and pasty formulations.
The AM800 is a high-precision disc mill designed for the preliminary and fine grinding of hard, medium-hard, and brittle solid samples. It delivers rapid particle size reduction down to < 100 µm, making it a reliable solution for quality control and pilot-plant applications.
Featuring an integrated cooling system and automated cleaning functions, the AM800CC is optimized for temperature-sensitive materials and high-efficiency workflows. Its compact design provides consistent, fine-milling performance while minimizing cross-contamination between sample runs.
Built for heavy-duty laboratory requirements, the AM810 offers robust performance for processing larger batches of tough, abrasive solid materials. It provides precise gap adjustment between grinding discs to ensure reproducible discharge fineness for demanding QA/QC tasks.
Operating with high-speed circular vibrations, the AM900 achieves loss-free, extreme fine grinding down to analytical fineness (20 µm) within seconds. It is specifically engineered for rapid sample preparation in XRF, XRD, and spectral analysis workflows.
Designed for maximum impact energy, the AM950 delivers high-throughput fine grinding of the hardest, most resistant sample matrices. Its quick-clamp system and heavy-duty drive make it an essential tool for mining, metallurgy, and construction material laboratories.
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