Overview

Benchtop Ball Mill LMBBM-A200 is compact grinding and mixing machine designed for small batch production. Supports both dry and wet grinding modes, allowing precise milling of materials ranging from soft powders to hard metals. Engineered for ultra-fine grinding, it delivers consistent particle sizes up to 1000 mesh. Features sleek, space-saving design; easy to clean and maintain. Our Benchtop Ball Mill LMBBM-A200 is an ideal tool for advanced grinding applications in laboratory research and development settings.

Features :

Compact and benchtop design

Adjustable speed control

Ultra-fine powder output

Interchangeable jar materials

Consistent particle size

Suitable for small batches

Specifications :

Drum Capacity	5 L
Material Capacity	1.7 L
Jar Material	Stainless Steel
Ball Material	Stainless Steel
Rotate Speed	60 to 570 rpm ±10
Roller Size	Φ60 × 340 mm
Max Distance Between Rollers	140 mm
Input Granularity Size	≤10 mm (soft), ˂3 mm (hard)
Output Granularity Size	13 to 48 μm (approx. 300–1000 mesh)
Mill Mode	Dry and Wet Grinding
Feed Material Compatibility	Soft, hard, brittle, fibrous, cellulose, herb, glass, soil, ore, pharmaceuticals, chemicals, pigments, fluorescent powders
Voltage	220V / 50 Hz / Single Phase
Power	0.75 kW
Dimensions (L×W×H)	845 × 435 × 270 mm
Weight	32 kg

Applications :

Benchtop Ball Mill LMBBM-A200 is widely used for fine grinding and mixing in pharmaceuticals, chemicals, food, minerals, and materials science. It handles soft, hard, brittle, and fibrous materials, making it ideal for laboratory research, sample preparation, and small-scale production.

Selection Guide :

Benchtop Ball Mill LMBBM-A200 is specifically suitable for accurate grinding in research, laboratory, and industrial applications. It accommodates material and mill balls up to two-thirds of its volume, with a roller length of 260 mm for efficient milling. The mill accepts input particle sizes below 10 mm for soft materials and under 3 mm for hard materials, producing fine output granularity between 13 and 48 micrometers. Customers should select this model for reliable, consistent performance in experiments and processes requiring controlled particle size reduction. It is certified to meet GLP, GMP, and ISO standards, ensuring quality, safety, and compliance in professional laboratory and industrial environments.