LB 200 Laboratory Type Ring and Puck Mill

LB 200 Laboratory Type Ring and Puck Mill Features

The accuracy of ore analysis in mining laboratories depends on the homogeneous and precise grinding of the sample to the desired fineness. The LB 200 Ring and Puck Mill is a high-performance unit specifically developed for processes requiring ultra-fine sizing, such as 10 microns and below.

Technical Specifications

Model	LB 200
Mill Type	Ring and Puck Mill (Vibratory)
Feed Particle Size	< 10 mm
Final Output Size	< 10 µm (Micron)
Motor Power	1.5 kW - 380V - 50 Hz
Grinding Unit Construction	Heavy-Duty Steel Construction
Dimensions (W / L / H)	850 x 630 x 1050 mm
Grinding Vessel Capacity	50 ml / 100 ml / 250 ml Options
Grinding Set Hardness	60 HRC (Rockwell Hardness)

LB 200 Laboratory Type Ring and Puck Mill

Advanced Programming and Control: The LB 200 features an intuitive touch panel interface that allows for precise adjustment of grinding intensity via frequency control. Users can easily program operational parameters such as the countdown timer and grinding sessions. Furthermore, the system supports the creation of specific recipes optimized for the grinding requirements of different minerals, ensuring consistency across repetitive tests.

Grinding Principle and High-Strength Components: This unit is an ideal mill type for grinding ore samples to ultra-fine sizes (e.g., -10 microns) within mining laboratories. The grinding process is achieved through intense circular vibration between the rings and the grinding puck. The grinding set, comprising the ring set and the puck, is manufactured from high-strength steel that undergoes specialized surface machining, heat treatment, and precision grinding. These advanced surface treatments enhance wear resistance and optimize the friction coefficient.

Structural Integrity and Noise Reduction: The entire grinding unit is mounted on a monoblock chassis. This integrated structural design is specifically engineered to minimize vibration and noise levels during high-intensity operational sessions, ensuring a stable laboratory environment.