Main -> Sample preparation -> Size reduction -> Universal grinders, analytical grinders, cutting mills
Hammer Mill and Blade Mill POLYMIX®, KINEMATICA
1 Hammer mill and blade mill POLYMIX® PX-MFC 90 D

Use this mill (with hammer or blade insert) to mill dry, brittle, or fibrous foodstuffs for analysis. A rotary slide is provided for dosed feeding of the sample. Before being emptied into the test vessel, the material passes the integrated screen that has a defined mesh width of 0.2 to 6 mm. Depending on the type of material milled, the milling tool achieves a grain size of up to 40 µm. It is suitable for grain, malt, pectin, coffee beans, beans, nut shells, bone, stones, plastic granulate, roots, leaves, dried fruit, dried fat-free meat, and similar products.

  • Stepless speed control from 0 to 6000 min-1 with digital display
  • Integrated protection from overheating, overcharging and blocking, as well as safety switch for auto-stop and auto-standby mode
  • Exchangeable grinding insert for hammer and cutting
  • Different screen inserts Ø 0.2 to 6 mm for definition of particle size
  • Dimensions (W×D×H) 251 × 325 × 480 mm, weight 12 kg
  • 230 V (with EU-plug)
ArticleOrder No.
Hammer mill POLYMIX® PX-MFC 90 D10 74 00021
Blade mill POLYMIX® PX-MFC 90 D10 74 00031



Includes grinding chamber, grinding insert, Ø 2.0 mm screen, sample rack with 12 collecting tubes and cleaning tools

Accessories
ArticleOrder No.
(2)Hammer grinding attachment for PX-MFC 90 D10 74 01001
(3)Blade grinding attachment for PX-MFC 90 D10 74 01002
Sieve insert, mesh size 0.2 mm53 74 09088
Sieve insert, mesh size 0.5 mm53 74 09089
(4)Sieve insert, mesh size 0.8 mm53 74 09090
Sieve insert, mesh size 1.0 mm53 74 09092
Sieve insert, mesh size 1.5 mm53 74 09093
(5)Sieve insert, mesh size 2.0 mm53 74 09094
Sieve insert, mesh size 3.0 mm53 74 09091
Sieve insert, mesh size 4.0 mm53 74 09105
Sieve insert, mesh size 5.0 mm53 74 09106
Sieve insert, mesh size 6.0 mm53 74 09107
Stodger10 74 08001

tool for stringy materials. Is used for the active feeding of stringy materials via the hopper, which cannot be fed by its own weight.