| Capacity | 100 (cassettes) |
| Number of Reagent Steps | 9 reagent steps |
| Number of Paraffin Wax Steps | 3 steps |
| Number of Programs | 10 programs |
| Time per Program Step | 0 to 99 hours, 59 minutes |
| Number of Baths | 3 |
| Volume per bath | 4 L |
| Temperature Accuracy | + 3°C |
| Paraffin Wax Temperature | 65°C |
| Melt Time | 3 hours |
| Operating Temperature Range | 15°C to 35°C |
| Relative Humidity | 10% to 80%, non-condensing |
| Time Between Cycles | 20 minutes |
| Main Fuses | 10 A |
| Number of Reagent Bottles | 10 |
| Cleaning Solution Bottles | 2 |
| Maximum Bottle Volume | 4 L |
| Reagent Volume | 5.3 L (per bottle) |
| Display | Large color Liquid Crystal Display (LCD) |
| Specimen Protection System | Multiple specimen protection system |
| Packaging Method | Wooden case |
| Filling Time | 5 minutes |
| Drain Time | 5 minutes |
| Impregnation Pressure | 35 kPa (g) |
| Drain Pressure | 35 kPa (g) |
| Recirculation | ON or OFF |
| Power Consumption | 1000 W |
| Power Supply | AC 220 V 60 Hz |
| Exterior Dimensions | 700 × 680 × 1390 mm |
| Gross Weight | 130 kg |
The Automatic Tissue Processor ADAT-504 is used in clinical and research histopathology laboratories to automate tissue processing, improving specimen quality and workflow efficiency.
1. How many samples can the Automatic Tissue Processor ADAT-504 process at once?
Automatic Tissue Processor ADAT-504 handle up to 100 tissue cassettes simultaneously. This capacity makes it ideal for high-throughput labs dealing with many specimens daily. Processing multiple samples at once saves time and increases productivity. The system is designed to maintain consistent quality across all samples. It supports laboratories requiring reliable batch processing.
2. What reagent steps are available in the Automatic Tissue Processor ADAT-504?
Automatic Tissue Processor ADAT-504 offers 9 customizable reagent steps during tissue processing. These steps can be adjusted to suit various tissue types and laboratory protocols. This flexibility ensures that the tissue is properly fixed, dehydrated, and cleared. It helps achieve optimal preservation and preparation for further analysis. The processor adapts to different sample requirements effectively.
3. Does the Automatic Tissue Processor ADAT-504 processor support paraffin embed?
Yes, the unit includes 3 paraffin wax steps to fully infiltrate tissue specimens. This ensures thorough embedding, which is essential for accurate microscopic examination. The paraffin temperature and timing are precisely controlled to avoid damage. Proper embedding improves the quality of tissue sections for diagnosis. The system integrates these steps seamlessly within the workflow.
4. How is the user interface of the Automatic Tissue Processor ADAT-504 designed?
The system features a large, colorful LCD screen that provides clear and easy access to controls. The intuitive interface simplifies programming and monitoring of processing cycles. Users can easily navigate through menus to set or modify protocols. Real-time status updates and alerts help ensure smooth operation. This user-friendly design reduces training time and operational errors.
5. How does the Automatic Tissue Processor ADAT-504 improve laboratory workflow?
By automating tissue processing, the Automatic Tissue Processor ADAT-504 reduces manual steps, minimizing human error. It allows technicians to handle other tasks while the processor runs. The consistent processing improves reproducibility across samples. Batch processing saves time during busy lab hours. Overall, it enhances throughput and efficiency.
6. What are Automatic Tissue Processors?
Automatic Tissue Processors automate the preparation of tissue samples through chemical treatments and embedding. They handle dehydration, clearing, and paraffin infiltration efficiently. These instruments ensure consistent and reliable specimen processing. This automation improves overall workflow in the laboratory.
7. Where are Automatic Tissue Processors used?
Automatic Tissue Processors are found in histopathology labs, research centers, and diagnostic facilities. They process tissue specimens for detailed microscopic examination. Their use supports accurate diagnosis and medical research. These processors are essential tools in pathology workflows.
| Capacity | 200 (cassettes) |
| Number of Reagent Steps | 9 reagent steps |
| Number of Paraffin Wax Steps | 3 steps |
| Capacity | 2200 mL |
| Number of Tanks | 12 tanks (including 3 paraffin wax tanks at the end) |
| Temperature Setting | 0 to 99 °C |
| Capacity | 1500 mL |
| Number of Tanks | 12 tanks (including 3 paraffin wax tanks at the end) |
| Basket Capacity | 75 specimens |
| Capacity | 1000 mL |
| Number of Tanks | 12 tanks (including 3 paraffin wax tanks at the end) |
| Basket Capacity | 60 specimens |
| Glass Containers: | 9 units <br> capacity 1.2 L each |
| Wax Cups : | 3 units <br> capacity 1 L each |
| Temperature Control Range : | 60 to 99 °C |
| Glass Containers: | 9 units <br> capacity 2.3 L each |
| Wax Cups : | 3 units <br> capacity 1.8 L each |
| Temperature Control Range : | 60 to 99 °C |
| Capacity: | 2 L |
| Number of Reagent Containers : | 144 |
| Processing Time : | 0 to 99 hours per container |