Closed Tissue Processor BZCTP-501 is crafted for efficient tissue infiltration with both manual and automated operation modes to accommodate varying lab protocols. It delivers precise thermal control, maintaining reagent temperatures from 30°C to 65°C and wax bath temperatures from 50°C to 70°C. It features spacious retort volume, a large capacity wax cylinder, and a high-capacity reagent bottle, ensuring uninterrupted sample processing. It offers configurable stirring durations, with automatic intervals every 10 minutes to ensure uniform reagent contact. Our Closed Tissue Processor BZCTP-501 is an ideal solution for histopathology labs aiming to streamline sample preparation while maintaining consistent tissue quality.
| Reagent Bottle Capacity | 2.3 L |
| Retort Volume | 3.8 L |
| Wax Cylinder Volume | 2.6 L |
| Reagent Temperature Range | 30℃ - 65℃ |
| Wax Bath Temperature | 50℃ - 70℃ |
| Stirring Time | 0 - 5 minutes |
| Stirring Time Interval | 10 minutes |
| Operation Mode | Manual and Automatic |
| Power Consumption | 1000 W |
| Power Supply | 220V, 50 Hz |
| Product Dimension | 550 × 600 × 1180 mm |
| Package Dimension | 700 × 680 × 1390 mm |
| Net Weight | 98 Kg |
| Gross Weight | 130 Kg |
Our Closed Tissue Processor BZCTP-501 streamlines the tissue fixation and dehydration cycle for laboratories seeking accuracy and throughput. It allows consistent, high-volume processing with intelligent stirring intervals and temperature regulation for wax and reagent control. This processor is ideal for pathology labs requiring reproducible results across extended cycles with minimal user supervision.
Frequently Asked Questions
1: What are the operation modes available in the Closed Tissue Processor BZCTP-501?
The Closed Tissue Processor BZCTP-501 offers both manual and automatic operation modes, allowing laboratories to adapt processing cycles to specific sample volumes, staffing requirements, or protocols with complete control and flexibility.
2: How does the stirring mechanism improve tissue processing efficiency?
It features programmable stirring durations up to 5 minutes and automatic intervals every 10 minutes. This intelligent system ensures consistent reagent mixing, promoting even tissue infiltration and preventing sample degradation.
3: What thermal ranges does the Closed Tissue Processor BZCTP-501 support for reagents and wax?
This model maintains reagent temperatures between 30°C and 65°C and wax bath temperatures between 50°C and 70°C. These controlled settings help ensure smooth and reliable tissue processing with minimized temperature fluctuations.
4: What is the reagent, wax, and retort capacities of this processor?
The unit supports a 2.3 L reagent bottle, a 2.6 L wax cylinder, and a spacious 3.8 L retort chamber, making it suitable for continuous, high-volume operations without frequent refills or downtime.
5: Is the Closed Tissue Processor BZCTP-501 safe for long operating sessions?
Yes, it includes a leak-proof retort design and built-in safety systems that monitor temperature and timing functions. These features offer reliable protection for both the samples and the equipment, especially during unattended cycles.
6: Can you explain what a Closed Tissue Processor is used for?
A Closed Tissue Processor is used in histopathology labs to prepare tissue samples for microscopic analysis by automatically processing them through a sequence of chemical reagents. Its closed design protects users from toxic fumes and ensures consistent, contamination-free results.
7: How does a Closed Tissue Processor improve lab safety?
By enclosing the entire processing system, it prevents exposure to harmful chemicals such as formalin, alcohol, and xylene. Built-in fume filtration systems and sealed reagent containers reduce health risks and make the lab environment much safer.
8: Can you process multiple tissue samples simultaneously with a Closed Tissue Processor?
Yes, most Closed Tissue Processors are designed to handle multiple tissue cassettes in a single run. This increases efficiency and throughput, making them ideal for high-volume clinical and research laboratories.
9: What are the advantages of automation in a Closed Tissue Processor?
Automation ensures precise control over temperature, reagent flow, and timing for each processing stage. It reduces manual handling errors, enhances reproducibility of results, and allows technicians to focus on other tasks while the machine runs.
10: Can you customize processing protocols in a Closed Tissue Processor?
Yes, modern systems allow users to program custom protocols to suit various tissue types and processing needs. This flexibility supports everything from routine processing to delicate or specialized tissue preparations.
