SICWEDIM Ball Mill Polishing Machine, 0.4L Ceramic Jar, Grinding Capacity 30-150ml, Digital Timer for Jewelry Making, Sample Preparation, Powder Grinding

SICWEDIM

Versatile grinding capabilities: This Laboratory Desktop Ball Mill is designed for both wet and dry grinding, providing flexibility for various materials. It features a 400ml ceramic jar with a working capacity of 30–150ml, accommodating feed particles up to 2mm. Ideal for laboratory tests, hobby experiments, and small-batch production, this machine ensures efficient grinding tailored to your specific needs. Efficient brushless motor technology: Equipped with a pure copper brushless motor, this Ceramic Jar Planetary Grinder operates quietly and maintains low energy consumption. Its stepless speed control allows for precise adjustments, and the machine is capable of continuous operation for up to 24 hours without any risk of overheating, ensuring reliable performance for long tasks. All-in-one package & broad compatibility: This Horizontal Ball Mill Polishing Machine comes complete with a comprehensive kit, including a 400ml ceramic jar, alumina grinding beads, and a timing module for ease of use right from the start. It is compatible with most standard grinding jars, making it the perfect addition to your laboratory setup for various grinding purposes. Precise timing and stable grinding: Featuring an efficient cooling fan and a user-friendly digital timing module, this Desktop Laboratory Horizontal Ball Mill allows for accurate setting of grinding times. Its compact, stable structure prevents any slipping of the jar, facilitating easy placement on any workspace to enhance your grinding experience. Diverse material processing capabilities: The Desktop Laboratory Horizontal Ball Mill & Polishing Machine is effective for grinding a wide range of materials, including pigments, ores, ceramics, and battery components. Suitable for students, researchers, DIY enthusiasts, and small business operators, it serves as an essential tool for fine grinding applications across various fields.