Practical Use of the Cooling Plate YR440A in Laboratories
The YR440A Cooling Plate is a sophisticated laboratory tool designed to streamline various processes in tissue embedding and other applications requiring precise temperature control. This device is equipped with advanced features aimed at enhancing user experience while ensuring reliability and efficiency. In this article, we will explore the product description, market price, frequently asked questions, pros and cons, field usage, and recommendations for the YR440A Cooling Plate.
Product Description
The YR440A Cooling Plate is engineered with a fully programmable computer control system that allows for automatic start and stop functions. This means users can schedule operations weekly for optimal convenience. The device utilizes new silicone rubber heating elements that ensure rapid, uniform, and energy-efficient heating. Integrated temperature detection blocks made in the USA provide precise temperature measurements, displayed on an LCD screen featuring operational status icons.
With five heating zones including a paraffin chamber, paraffin dispenser, left and right thermal storage compartments, and the heating plate (working area), each zone operates independently without interference. The device boasts five temperature control channels and multiple overheating protection mechanisms, ensuring safe and energy-efficient usage.
Additional features include automatic memory and restoration functions that save all preset temperature data upon startup. The modular design separates the cryomodule from the embedding module, facilitating maintenance. Users can adjust freezing temperatures using a new type inverter compressor, providing comfort in freezing tissues, especially for small samples.
The large-capacity paraffin chamber allows for embedding numerous samples simultaneously. Its low-voltage lighting system is both safe and reliable, controlled by ON/OFF options activated by finger or foot. The heated working plate and clamp cups enhance user comfort during tissue embedding. A high-precision clock makes time adjustments easy and accurate, ensuring that the unit continues operating seamlessly after a power outage. The imported solenoid valve aids the paraffin dispenser in flow adjustment, making the YR440A a versatile solution for laboratory needs.
Market Price
When considering the market price of the YR440A Cooling Plate, it typically retails around $1000.00 USD. This cost reflects the advanced technology and features integrated into the device, which optimize its performance and reliability in laboratory settings. The pricing may fluctuate based on the supplier and any ongoing promotional offers, making it advisable for potential buyers to request quotes directly for the most accurate and competitive pricing.
| Feature | Details |
|---|---|
| Model | YR440A |
| Paraffin Chamber Capacity | 4 L |
| Temperature Range (Clamp Cups) | RT - 85℃ |
| Temperature Control Precision | ±1% |
| Net Weight | 45 kg |
| Dimensions | 685×380×430 mm |
| Power Consumption | 300W |
| Working Voltage | AC 220V±10% 50Hz |
Frequently Asked Questions
What is the YR440A Cooling Plate used for?
The YR440A Cooling Plate is primarily used in laboratory settings for tissue embedding, offering precise temperature control to optimize the embedding process.
How does the temperature control system work?
The temperature control system of the YR440A utilizes integrated detection blocks to monitor temperature accurately, allowing for individual control of each heating zone.
Is the device energy efficient?
Yes, the YR440A Cooling Plate is designed with energy-saving features including rapid and uniform heating, which reduces overall energy consumption.
Can the cooling plate store temperature settings?
Yes, the YR440A features automatic memory and restoration functions that save preset temperature data, making it easy to resume operations.
What is the maximum temperature range of the paraffin chamber?
The paraffin chamber has a temperature range from room temperature (RT) to 85℃, providing flexibility for various applications.
Is the YR440A easy to maintain?
Yes, the modular design of the YR440A Cooling Plate facilitates easy maintenance by separating the cryomodule from the embedding module.
Pros and Cons
When considering the YR440A Cooling Plate for your laboratory, there are several advantages and disadvantages to keep in mind:
- Pros:
- Fully programmable control for automation.
- Rapid and uniform heating with low energy consumption.
- Precise temperature control with independent zones.
- Large-capacity paraffin chamber enhances productivity.
- Flexible temperature adjustment options.
- Cons:
- Initial investment cost may be high for smaller laboratories.
- Requires proper training for optimal usage.
- Maintenance may need attention to ensure long-term performance.
Field Usage
The YR440A Cooling Plate is widely utilized in various fields of laboratory research, including histology, pathology, and biomedical engineering. Its ability to maintain precise temperature control makes it an essential tool for embedding tissues, which is a critical step in specimen preparation for microscopic analysis. Laboratories that handle numerous samples simultaneously benefit significantly from the large-capacity paraffin chamber, allowing for efficient workflow and reduced turnaround time.
Moreover, the individual heating zones permit users to work with different types of samples at varying temperatures without compromising the integrity of the specimens. This versatility is particularly valuable in research environments where different studies may require unique temperature settings. The YR440A also integrates seamlessly into existing laboratory setups, making it a practical choice for enhancing productivity and efficiency.
Recommendations
For laboratories looking to enhance their tissue embedding processes, the YR440A Cooling Plate comes highly recommended due to its innovative features and reliability. It is advisable to conduct thorough training for staff to maximize the benefits of the device. Additionally, regular maintenance checks should be scheduled to ensure optimal performance and longevity of the equipment.
Laboratories should also consider investing in accessories such as additional paraffin dispensers and modular components to further enhance the flexibility and functionality of the YR440A. By doing so, facilities can leverage the full potential of this advanced cooling plate, ensuring that their research output remains at the highest standards.
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