
| Impact rotors | |
| 8-ribs impact rotor | for fast comminution of fibrous substances |
| 12-ribs impact rotor | for feed particle sizes < 10 mm |
| 24-ribs impact rotor | for fine materials with a feed particle size < 5 mm |
| Sieve rings | |
| Sieve rings with trapezoidal perforation | for additional shearing effects for fast comminution of medium-hard to soft materials |
| Sieve rings with round perforation | for fast comminution of brittle materials and medium fineness with narrow particle size range |
| Sieve rings with reinforced edges | for heavy duty loads |
| Heavy-metal-(iron-)free grinding | |
| PTFE-coated lid and collecting vessel | |
| 12-ribs impact rotor and sieve rings with reinforced edges made of pure titanium |
for grinding soft samples |
| Impact rotor and sieve rings TiN-coated | for grinding medium-hard samples |
| Sample preparation according to RoHS | |
| 12-ribs impact rotor and sieve rings with trapezoidal perforation tungsten-carbide-coated |
for example for verification of hexavalent chromium |
| Impact bar |
| For smooth pre-crushing and fine comminution of hard-brittle to soft, temperature-sensitive and fatty samples as well as samples with residual moisture. Please note: impact rotor and special sieve ring for the impact bar are additionally necessary. |
| Grinding without sieve |
| Pin insert consisting of pin rotor and grinding chamber lid with pin insert for grinding of the most difficult, medium-hard, oil- or grease-containing materials such as waxes or paraffins. |
| Grinding of large quantities |
| Conversion kit for grinding large quantities for comminution of sample quantities of up to 1 litre in a single step and for grinding very light materials* or temperature-sensitive samples*. |
| Automatic Feeding | |
| Vibratory Feeder LABORETTE 24 |
to ensure a continuous and exactly proportioned feeding of the sample |
* The conversion kit for grinding large quantities is also recommended for the grinding smaller quantities of very light materials or temperature-sensitive samples, because the conversion kit ensures a higher air throughput resulting in a better material yield and cooling.