BALL MILLS
LMS Scientific is the exclusive distributor of Ants Scientific Instruments in Malaysia. Our range of high-performance Ball Mills provides precise pulverization, homogenization, and colloidal grinding for R&D laboratories, academic institutions, and industrial quality control.
Key Series & Technologies
- AM100S Vibratory Ball Mill: Designed for rapid, high-frequency vibration grinding of small sample quantities. Capable of dry, wet, or cryo-grinding down to submicron fineness. Ideal for biological cell disruption (DNA/RNA extraction) and heavy-metal-free soil preparation.
- AM410 / AM420 / AM400S Planetary Ball Mills: High-energy planetary systems delivering extreme rotational speed and centrifugal impact for submicron to nanometer-scale grinding, colloidal milling, and mechanical alloying. Supports multi-station grinding with up to 8 stacked jars.
Key Applications in Malaysia
- Pharmaceutical & Biotechnology: Cell disruption, tissue homogenization, and active ingredient pulverization.
- Geology & Mining: Mineral ores, soil analysis without heavy metal contamination (using Agate or Zirconia jars).
- Materials Science: Advanced nanomaterials synthesis, battery material testing, and ceramic processing.
Manufacturer’s website: https://en.my-ant.com/
Ball Mill Series
The AM100S is a versatile laboratory vibratory ball mill engineered for rapid, high-frequency grinding of small sample volumes. It effectively performs dry, wet, and cryo-grinding, as well as biological cell disruption, making it an essential tool for submicron powder preparation.
The AM410 is a single-station high-energy planetary ball mill designed for fast size reduction down to the nanometer scale. Utilizing powerful centrifugal forces and mechanical friction on a single grinding jar, it is ideal for targeted applications like mechanical alloying and colloidal grinding.
Equipped with two grinding stations, the AM420 doubles processing throughput for medium-sized laboratory batch needs. It delivers high energy input across both stations simultaneously to ensure efficient, reproducible, and ultra-fine sample pulverization.
Designed for maximum versatility, the AM400S accommodates up to four grinding stations—and supports stacked jar setups—for high-capacity sample processing. Its multi-station configuration generates extreme impact energy, making it optimal for high-throughput advanced material synthesis and research.