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PLC Touchscreen Control: One-click operation.
Fully Automated: Auto-run and residue discharge.
Unattended Operation: No human intervention needed.
In modern pathology laboratories, xylene and ethanol are essential reagents for tissue processing and staining, representing significant operational expenses and environmental challenges. The implementation of an Automated Solvent Recycler utilizes advanced fractional distillation technology to purify used reagents, enhancing Pathology Lab Sustainability and Efficiency through Automated Solvent Recycling. To recycle used xylene and ethanol into high-purity reagents for reuse in tissue processors and stainers, Automated Solvent Recycling technology provides a high-impact solution for pathology departments seeking to optimize budgets and meet sustainability targets.
Prior to recovery, waste solvents are poured into the holding tank, passing through the filter to remove large solid particles.
Precision heating and vacuum control separate pure solvent from contaminants under optimized temperatures.
Clean solvent vapor is rapidly cooled and condensed into high-purity recovered ethanol or xylene for reuse.
After the cycle, waste residues are retained in waste residue container for simple, mess-free removal and disposal.
| Model | ASR-10A | ASR-20A | |
| Capacity | 10 L / cycle | 20 L / cycle | |
| Ethanol Recovery Yield | ≥90% | ||
| Concentration of Recovered Ethanol | Concentration Increase ≥5% | ||
| Xylene Recovery Yield | ≥90% | ||
| Concentration of Recovered Xylene | ≥98% | ||
| Removal Efficiency of Solids, Pigments, Paraffin | 100% | ||
| Waste Solvent Processing Time | ≤480 min | ||
| Operation and Control | PLC with touchscreen interface | ||
| Supply Voltage | AC100-240V, 50 Hz, 1000 W | ||
| Dimension | 660×640×1240mm (W × D× H) | 720×700×1260mm (W × D× H) | |
| Weight | 90 kg ±5 | 110 kg ±5 | |
