Description
The YR447 Tissue Embedding and Refrigeration System is an advanced tool designed to offer total and precise control in histology and pathology laboratories. This system features fully programmable computer control, allowing the system to start and stop automatically at any time, thus adapting to the weekly needs of each laboratory. Equipped with new silicone rubber heating elements, the YR447 ensures fast, uniform, reliable, and low-consumption heating, providing efficiency and energy savings.
One of the standout features of the YR447 System is its temperature measurement precision, thanks to the integrated temperature detection blocks made in the USA. The temperature is displayed on an LCD screen with icons indicating the current operating status, facilitating monitoring. Additionally, the system includes five individually controlled heated zones: the paraffin chamber, the paraffin dispenser, the left and right thermal storage compartments, and the heating plate (work area). This independent operation between zones ensures interference-free operation, optimizing the tissue embedding and refrigeration processes.
Market Price
The YR447 Tissue Embedding and Refrigeration System typically has a competitive price range, generally between $3,000 and $5,000 USD, depending on the region and suppliers. This price reflects its advanced technology and durability, making this investment a profitable choice for any laboratory. To obtain an exact and personalized quote, we recommend using the Kalstein Plus platform, where you can generate an automatic quote tailored to your specific needs.
Frequently Asked Questions
What is the capacity of the paraffin chamber? The paraffin chamber has a capacity of 4 liters.
What is the temperature range that the cryomodule can handle? The cryomodule has a temperature range from RT to -20℃, with an optimal working temperature of approximately -15℃.
How is the paraffin flow controlled? The paraffin flow is controlled via a touch plate and an optional pedal, offering versatility and precision in its handling.
Advantages and Disadvantages
Among the main advantages of the YR447 System are its high precision in temperature control (±1%), its independent operation of each heated zone, and its energy efficiency thanks to the silicone rubber heating elements. However, a possible disadvantage could be its initial cost, although this is justified by its durability and superior performance.
Field Use
The YR447 Tissue Embedding and Refrigeration System is primarily used in histology and pathology laboratories for the preparation and preservation of tissue samples. Its precise temperature control and modular design make it ideal for paraffin embedding and sample refrigeration tasks, ensuring consistent and high-quality results.
Recommendations
To maximize the performance of the YR447 System, regular maintenance is recommended, following the manufacturer’s instructions for component calibration and cleaning. Additionally, taking advantage of the automatic start and stop functionality can optimize energy use and extend the system’s lifespan.
If you are interested in learning more about the YR447 Tissue Embedding and Refrigeration System or would like to obtain a personalized quote, we invite you to request a quote or generate an automatic quote through our Kalstein Plus platform. With just one click, you can discover how this innovative system can transform your laboratory operations.
Technical Specifications
Model | YR447 |
Paraffin Chamber Capacity | 4 liters |
Temperature Range of Forceps Wells | RT – 85℃ |
Temperature Range of Paraffin Chamber | RT – 85℃ |
Temperature Range of Thermal Storage Compartment | RT – 85℃ |
Temperature Range of Working Plate (hot plate) | RT – 85℃ |
Temperature Range of Paraffin Dispenser | RT – 85℃ |
Temperature Range of Thermal Storage Plate | RT – 85℃ |
Temperature Control Precision | ±1% |
Thermal Storage Compartment Capacity | 4.5 liters |
Paraffin Flow Control | Paraffin flow control via finger touch plate and optional foot pedal |
Temperature Range of Cryo Module | RT to -20℃ |
Temperature Setting of Cryo Module | The optimal working temperature is approximately -15℃, and the temperature is under delay protection |
Dimensions of working plate | 155×90mm |
Dimensions of small cold plate | 60×50mm |
Dimensions of Cryo Module | 340×322mm |
Working Voltage | AC 220V±10% 50Hz (standard model); AC110V±10% 60Hz |
Power | 1000W/300W |