Vacuum Tissue Processor FM-TPR-B100 is engineered with a 2.3L capacity. It has a fully automated tissue processing system. It can process 126 tissue specimens each time. It has sealed processing chambers and multimode operations ensure optimal preservation. Ideal for modern clinical and research laboratories.
$14,438.00
Specifications
Reagent Bottle Capacity | 2.3L |
cassettes | 100 |
Reagent Bottle | 10 |
Cleaning Bottle | 2 |
Wax Cylinder | 3 |
Processing Cylinder Capacity | 3.8L(100 cassettes) |
Processing Capacity | 126 cassettes |
Wax Cylinder Volume | 2.6L(100cassettes) |
Reagent Temperature | 30°C to 65°C |
Wax Tank Temperature | 50°C to 70°C |
Stirring Time | 0 to 5 minutes |
Stirring Time Interval | 10 minutes |
Run Modes | Manual/ Auto |
Display | LCD touchscreen |
Scheduling Function | Up to 15 day programmable automatic start |
Input Power | 1000W |
Power Supply | 220V, 50Hz |
Dimensions(L× W× H ) | 550×600×1180mm |
Net Weight | 98kg |
Gross Weight | 130 kg |
Features
Applications
Accessories
Accessory | Quantity |
Tissue Basket | 1pcs |
Reagent Bottles | 17pcs |
Fuse(10A) | 2pcs |
Power Line | 1 Line |
Accessories Optional
Vacuum system, Pressure sensor, Temp sensor
Frequently Asked Question
1: What is the processing capacity of Tissue Processor FM-TPR-B100?
Tissue Processor FM-TPR-B100 supports processing of 126 tissue cassettes per cycle, depending on the selected model.
2: Can Tissue Processor FM-TPR-B100 operate automatically?
Yes, Tissue Processor FM-TPR-B100 features both manual and fully automatic operation modes. It also supports scheduled operation up to 15 days in advance. Perfect for overnight or unattended processing.
3: How does the fully sealed system improve tissue-processing outcomes?
The sealed system prevents air exposure, minimizing reagent evaporation and oxidation. This maintains reagent concentration and sample integrity throughout the process. It also reduces contamination risk and ensures consistent conditions for all cassettes.
4: Why is multi-mode processing (heating, vacuum, pressure) important?
Different tissue types respond better to specific processing environments. Vacuum helps in reagent infiltration, pressure assists in paraffin penetration, and heating promotes diffusion. These modes can be combine to reduce artefacts and improve dehydration efficiency.
5: What makes the reagent exchange system safer than traditional cylinder-based systems?
Tissue Processor FM-TPR-B100 uses an internal sealed fluid exchange system that does not rely on external cylinder swaps. This eliminates risks of leaks, air bubbles, or mechanical jamming during fluid changes. The result is smoother reagent transition, reduced tissue damage.
Vacuum tissue processors are modern, intelligent, and high-capacity instruments designed for the efficient processing of biological tissue specimens in laboratories. They support both manual and automatic operation modes and are available in all cassette capacities up to 400. Our tissue processor utilizes vacuum and pressure technology within a fully sealed processing chamber to ensure efficient reagent penetration and minimize tissue damage. It features a user-friendly colour touch screen, allowing easy programming and monitoring of up to 10 customizable processing programs. The processors also include a scheduled automatic start function, allowing operations to be preset up to 15 days in advance. Safety is a key feature of our processor, with a fully enclosed design that prevents reagent volatilization, over-temperature protection, and an optional power-off recovery function that resumes processing from the last step after power restoration. Their advanced features, safety systems, and user-friendly interface make it ideal for routine histopathology workflows.