Overview

Industrial Ball Mill LMIBM-B100 is compact wet grinding unit combining feeding, grinding, and conveying in one system. Equipped with a grinding drum and a spiral classifier. Operates with four independent motors to ensure smooth performance. Features a user-friendly control panel for monitoring and adjusting key operating parameters. Built with an adjustable tilt mechanism and variable spiral speed for improved efficiency. Our Industrial Ball Mill LMIBM-B100 is ideal for ore grindability testing in laboratory settings.

Features :

Compact integrated design

Closed-circuit grinding

Independent motor drive

Adjustable tilt angle

Variable spiral speed

Smooth material flow

Specifications :

Feed Size	5–10mm
Product Particle Size	95% ≤ 0.074mm
Processing Capacity	45 to 90kg/h
Total Equipment Power	2.12kW
Dimensions	1630 × 1260 × 1730mm
Total Weight	800 kg

Standard Accessories :

Φ420×450 Grid Ball Mill
Processing Capacity	45–90 kg/h
Product Particle Size	95% ≤ 0.074 mm
Feed Size	5–10 mm
Grinding Drum Capacity	60 L
Grinding Drum Speed	57 r/min
Grinding Cylinder Diameter	Φ420 mm
Grinding Cylinder Length	450 mm
Ball Loading (Φ35–Φ40)	30 kg
Ball Loading (Φ30–Φ35)	30 kg
Ball Loading (Φ25–Φ30)	20 kg
Ball Loading (Φ20–Φ25)	10 kg
Electric Motor Model	Y100L-6
Motor Speed	910 r/min
Motor Power	1.5 kW
Φ150×1200 Spiral Classifier
Processing Capacity (Return Sand)	500 kg/h
Processing Capacity (Overflow)	260 kg/h
Screw Speed	18, 23, 30 r/min
Spiral Diameter	Φ150 mm
Spiral Length	1200 mm
Overflow Surface Width	240 mm
Tilt Adjustment Range	10°–30°
Electric Motor Model	AQ2-7114
Motor Power	0.25 kW
Motor Speed	1400 r/min
35L Swing Feeder
Feeding Speed	60 kg/h
Ore Bin Capacity	35 L
Number of Swings	19 r/min
Electric Motor Model	AQ2-6314
Motor Power	0.25 kW
Motor Speed	1400 r/min
Φ90×600 Screw Conveyor
Screw Speed	23 r/min
Spiral Diameter	Φ90 mm
Spiral Length	600 mm
Electric Motor Model	AQ2-7114
Motor Speed	1400 r/min
Motor Power	0.25 kW

Applications :

The Industrial Ball Mill LMIBM-B100 is well-suited for assessing ore grindability and evaluating grinding efficiency under controlled laboratory conditions. It is particularly valuable in mineral processing research, metallurgical process development, and academic studies. The system’s capability to simulate both open- and closed-circuit grinding makes it ideal for process optimization, sample preparation, and the precise reduction of material size for further analytical procedures.