Soil, plant and agricultural sample preparation has its own constraints: contamination, moisture, particle size and the analytical method that follows. Use this route when soil grinding, leaf tissue grinding or dried plant material preparation is the actual task.
Also described as: soil grinder · lab soil grinding mill · leaf tissue grinding mill · grinding plant tissue · dried plant tissue with silica bead.
Only products whose specifications can be traced to the product information are published here.
| Model | Workload | Best for | Temperature route | Key model-specific value | |
|---|---|---|---|---|---|
Tissuelyser-600High-Throughput Soil Grinder | 1–8 samples; 6 × 100 mL or 8 × 50 mL configurations | Parallel soil and analytical sample preparation where larger 50 mL or 100 mL vessels are required | Room-temperature dry or wet grinding; low-temperature grinding after pre-cooling the sample and vessel | Frequency: 0–40 Hz | View model → |
These materials behave differently from soft tissue. Abrasive mineral content, residual moisture, fibrous plant structure and the required final particle size drive the method more than the sample count does.
Use the animal and plant tissue routes for fresh or frozen tissue disruption, or the DNA / RNA route when extraction preparation is the goal.
Browse sample applications →Each of these must be an approved value in the method record, not an assumption carried over from a different sample type.
Soil, sediment, leaf, root, stem, seed or dried plant tissue.
Grinding chamber and media material versus the elements the analysis measures.
Air-dried, oven-dried, frozen or fresh, and whether pre-drying is required.
Target fineness and the sieve or assessment step that confirms it.
Samples per batch, replicate handling and quality-control samples.
| Sample fit | Approved application and evidence records for the exact material. |
|---|---|
| Chamber & media | Material compatibility — abrasive samples wear equipment and can contaminate trace analysis. |
| Particle size | Documented achievable fineness and the assessment method used. |
| Moisture | Drying or pre-treatment step before grinding where the method requires it. |
| Throughput | Positions, samples per batch and the analytical queue the lab must clear. |
| Budget | Unit + vessels or jars + media + wear parts + delivery and setup. |
Soil and plant preparation is a different discipline from tissue disruption. Compare the mechanism before comparing batch size.
| Batch grinding (bead / ball) | Multiple samples in sealed vessels with grinding media. Suited to repeatable analytical batches. |
|---|---|
| Mortar and pestle | Manual route for small numbers of samples or where the method specifies hand grinding. |
| Cryogenic | Used when the material must stay cold or becomes brittle at low temperature. |
| Cutting / rotor mill | Size reduction for larger or fibrous plant material before finer grinding. |
“Fine powder” is not a specification. Connect the result to the measurement method, the moisture state and the media used, and state the contamination boundary of the configuration.
Grinding chambers, jars and media wear faster on soil and mineral material. Budget the replacement interval rather than only the initial unit.
Understand total cost →Send the material and the target size, then confirm the configuration and the contamination boundary in one test record.
