¡á The vibratory micro mill achieves size reduction though the combination of
impact and friction.
¡á Electromagnetically powered mortar generate vibration
¡á Vibrations are transferred to the grinding balls via the grinding stock
¡á The impact energy of the grinding balls can be controlled to suit the
application
Ư ¡ (Features)
* Designed Window to observe the grinding process
* Designed Adjustable vibration amplitude so vibration energy can be adapted to
suit sample being ground
* Designed Maintenance-free vibratory system isolated and independent of the lab
bench
* Designed Loss-free grinding in closed vessel guaranteed, even in suspension
* Designed Modular system permits simple conversion to dry-or wet-sieving
* Designed Digital timer
±Ô °Ý (Specifications)
* Maximum feed size : ¡´ 5 mm * Feed quantity : 0.1~10 ml
* Final fineness : 5~10 micron
* Electrical : 100-120/200-240V/1, 50/60Hz, 115W
* Weight : 21 kg * Dimensions(w¡¿d¡¿h) : 370¡¿400¡¿200mm
Grinding Sets (¿ëµµ¿¡ ¸Â°Ô ¼±ÅÃ)
- Agate 99.9% : Density 2.65g/§², Abrasion resistance good, Soft to medium-hard
sample
- Sintered Corundum 99.7%(Alumina) : Density >3.8g/§², Abrasion resistance
fairly good, Fibrous sample
- Zirconium Oxide 94.8% : Density 5.7g/§², Abrasion resistance very good, Fibrous,
abrasive sample
- Tempered steel : Density 7.9g/§², Abrasion resistance good, Medium Hard, brittle
sample
- Stainless steel : Density 7.8g/§², Abrasion resistance fairly good, Medium Hard,
brittle sample
- Hard Metal(Tungsten carbide) : Density 14.8g/§², Abrasion resistance
very good, Hard, Abrasive sample
¿ë µµ (Application)
* For fine milling of dry lab samples or solid in suspension
* For homogenization of emulsions or pastes
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