Automatic Tissue Processor BZUTP-503 is a compact and efficient solution for routine tissue processing tasks. This Tissue Processor includes 12 tanks with a capacity of 1000 ml each, and accommodates up to 60 specimens per basket. It offers customizable processing time per tank ranging from 0 to 99 hours, allowing flexibility for various tissue protocols. Its adjustable stirring frequency and optimized dwell time ensure uniform reagent exposure and sample protection throughout the cycle. Our Automatic Tissue Processor BZUTP-503 is designed for histology labs, clinical pathology, research facilities, and educational institutions.
| No. of Tanks | 12 pcs (including 3 wax tanks at the end) |
| Single Tank Capacity | 1000 ml |
| Specimen Capacity per Basket | 60 specimens |
| Processing Time per Tank | 0-99 hours (arbitrarily set) |
| Cylinder Start Dwell Time | 45-100 seconds |
| Stirring Frequency | 0-5 times/min (arbitrarily set; 3 best) |
| Power Consumption | ≤500 W |
| Power Supply | AC 220V ±10%, 50 Hz ±10% |
| Product Dimension | 1010 × 390 × 450 mm |
| Package Dimension | 1140 × 560 × 580 mm |
| Net Weight | 60 Kg |
| Gross Weight | 85 Kg |
| Packaging Type | Wooden Case |
1. Extra Tank
2. Tissue Basket
1. Reagent bottle × 9 Pieces
2. Tissue Basket × 1 Piece
3. The Exhaust Pipe × 1 Piece
4. Tissue Cassette × 20 Pieces
5. Fuse(5A) × 2 Pieces
6. Power Line × 1 Line
Our Automatic Tissue Processor BZUTP-503 streamlines tissue dehydration and processing workflows in histology and pathology laboratories. It is ideal for preparing tissue samples for embedding, clinical diagnostics, research projects, and teaching labs. The processor helps achieve consistent, high-quality sample preparation with minimal manual intervention.
Frequently Asked Questions
1: How many tanks does the Automatic Tissue Processor BZUTP-503 have and what is their capacity?
The Automatic Tissue Processor BZUTP-503 is equipped with 12 tanks, each holding 1000 ml. This setup includes 3 wax tanks for comprehensive tissue processing needs.
2: What is the specimen capacity per basket in this tissue processor?
It can process up to 60 specimens per basket, allowing efficient handling of moderate sample volumes.
3: Can the processing time per tank be adjusted?
Yes, the processing time is arbitrarily adjustable from 0 to 99 hours per tank, providing flexibility for various tissue protocols.
4: What is the function of the stirring frequency in the Automatic Tissue Processor BZUTP-503?
The stirring frequency, which can be set between 0 to 5 times per minute (with 3 times per minute recommended), ensures even reagent distribution and improved tissue processing quality.
5: What are the size and power requirements of the Automatic Tissue Processor BZUTP-503?
This device operates on AC 220V ±10% at 50 Hz with a power consumption of ?500 W. Its compact dimensions allow it to fit comfortably in standard laboratory spaces.
6: When should an Automatic Tissue Processor be
preferred over manual methods? Automatic processors save time, reduce human error, and deliver consistent results. They are best used in labs with moderate to high sample volumes. They improve efficiency in routine histological workflows.
7: Can the processor be customized for specific tissue protocols?
Yes, Automatic Tissue Processors allow full customization of processing cycles. Parameters like duration, reagent type, and temperature can be adjusted. This flexibility supports various tissue types and lab standards.
8: Can it run unattended during overnight shifts?
Yes, these units are designed for safe, unattended operation with automated monitoring. Built-in alarms and safety shutdowns ensure reliability during long runs. Always verify settings before leaving the unit running.
9: When does the system need maintenance?
Basic cleaning should be done after each run to avoid residue buildup. Full maintenance depends on usage frequency and manufacturer guidelines. Regular upkeep ensures processing accuracy and equipment longevity.
10: Can different sample batches be processed on the same day?
Yes, multiple batches can be processed by programming new cycles after completion. Efficient scheduling helps maximize daily throughput. Ensure reagent levels and temperatures are properly maintained between runs.
