For laboratories that need repeatable batch processing beyond basic and medium-throughput workflows — including 96-well plate formats, 96 sample batches and multi-throughput grinding of plant tissue. Use this category when sustained workload is the main driver, then verify sample, container, temperature and automation before selecting a model.
Also described as: high throughput tissue grinder and high throughput tissue grinding · 96 sample tissue grinder · 96-well plate plant tissue grinder · multi-throughput tissue grinder.
High-throughput is a routing category for laboratories that need larger, repeatable batches. It is not a promise that every high-throughput model is suitable for every sample.
Move to a specialist route when cryogenic processing, vacuum containment, liquid nitrogen or validated inactivation is the primary requirement.
View all tissue grinder routes →These checks become structured fields in Directus and the Model Selector, so sales does not need to ask the same questions again.
Tissue, plant, microorganism, hard, fibrous, frozen or heat-sensitive.
Positions, samples per batch (for example a 96 sample plate) and expected daily workload.
Tube, plate, jar, volume and compatible adapter requirements.
Room, refrigerated or specialist cryogenic workflow.
Programs, clamping, centering, logs and repeatability needs.
| Sample fit | Defined by approved Sample Application and Evidence records. |
|---|---|
| Throughput | Positions, samples per batch, cycle time and sustained workload. |
| Container | Tube / plate / jar compatibility and mandatory adapter. |
| Temperature | Room / refrigerated / cryogenic route according to product model capability. |
| Automation | Programs, clamping, centering, data logging and workflow requirements. |
| Budget | Main unit + mandatory accessories + first consumables + annual operating cost. |
Registered models and documented product pages are listed together. Each product keeps one /products/ page.
| Product | Workload or capacity | Best for | Temperature or route | Key specification | |
|---|---|---|---|---|---|
| Tissuelyser-IIHigh-Throughput Tissue Grinder | 1–192 samples, configuration dependent | Parallel sample preparation across tubes, jars or two 96-well plates | Dry, wet or low-temperature grinding | Frequency: 0–70 Hz | View product → |
| JXFSTPRP-576High-Throughput Tissue Grinder | Up to 576 samples | Very large batches and plate-based sample-preparation workflows | Wet, dry and low-temperature workflows; cooling listed as an upgrade | Frequency: 0–50 Hz | View product → |
| Tissuelyser High-Throughput Bead Mill HomogenizersHigh-Throughput Tissue Grinder | 3 model configurations | Compare Tissuelyser-96, Tissuelyser-192 and Tissuelyser-192L by tube configuration and cooling requirements. | Pre-cooled / optional cooling | Tissuelyser-96 / Tissuelyser-192 / Tissuelyser-192L | View product → |
| JXFSTPRP 96 & 192 High-Throughput Bead Mill SeriesHigh-Throughput Tissue Grinder | 2 model configurations | Compare JXFSTPRP-96 and JXFSTPRP-192 high-throughput closed-vessel grinding configurations. | Pre-cooled / optional cooling | JXFSTPRP-96 / JXFSTPRP-192 | View product → |
The exact motion, frequency, cooling and control logic belongs to each product model. At category level, the user first needs to understand what must be loaded, controlled and validated.
Validate a real sample →Only applications with approved method, internal test, customer case or published evidence should be presented as validated fit.
Batch tissue disruption with sample-specific tube, bead and temperature choices.
Browse application records → 02Workflows where sample integrity, contamination control and repeatability matter.
Browse application records → 03Bacteria, yeast, fungi and spores with material-specific grinding media.
Browse application records → 04Move to a cryogenic route when sample behavior requires temperature control.
Check specialist routes →Temperature, particle size, extraction quality, repeatability and continuous-run claims should be connected to a specific sample and test condition.
A model is not a complete buying decision. Show what is included, what is mandatory, and what extends throughput, container range, cooling or safety.
Do not publish unsupported list prices. Instead, make price drivers and quote inclusions clear enough for the buyer to plan an internal budget.
Understand total cost →Your sample, selector answers and chosen route should carry forward into testing and quotation.
