Introduction
The high-flux grinder uses a special vertical up-and-down vibration mode to reciprocate vibration, impact, and shear by grinding beads (zirconia, steel balls, glass beads, ceramic beads). Fast implementation goals. Make the ground sample more adequate, more uniform, better sample repeatability, and no cross-contamination between samples features
1. The number of operations is large and the effect is good.
2. No cross-contamination
3. Easy to operate
4. Good stability
5. Convenient for low temperature operation
6. Good repeatability Technical Parameters
Can store ten sets of experimental data, according to different experimental samples, set the animal heart spleen and lung, kidney, bone, skin, hair mode
Mode cycle: According to the set experimental parameters, it can continuously cycle between several set parameters to further reduce the interference of human factors.
The module is available with: 1.5/2.0ml*24/, 1.5/2.0ml*48, 25ml and 50ml grinding jars.
* With a 0-100 degree sample holder.
Standard preparation: alloy adapter
Homogenization speed: 0-70 HZ/sec
Grinding method: wet grinding, dry grinding, low temperature grinding
Maximum feed size: no requirement, adjusted according to the adapter
Final discharge particle size: ~5μm
Fastening device with automatic centering
Safety lock at work, full protection
Power supply: two-phase 220V/50HZ
Working time: 0 seconds - 999 seconds, the user can set it himself;
Grinding ball diameter: 0.1-30mm
Grinding ball material: alloy steel, chrome steel, zirconia, tungsten carbide, quartz sand;
Acceleration: Maximize speed in 2 seconds
Deceleration: achieve the lowest speed in 2 seconds
Noise level: <65db
Dimensions: 280*410*528mm
Weight: 30KG
Introduction
The high-flux grinder uses a special vertical up-and-down vibration mode to reciprocate vibration, impact, and shear by grinding beads (zirconia, steel balls, glass beads, ceramic beads). Fast implementation goals. Make the ground sample more adequate, more uniform, better sample repeatability, and no cross-contamination between samples
