Product Description
The YR447 Tissue Embedding and Cooling System sets a new standard in laboratory equipment with its advanced technical specifications and user-friendly design. This system is engineered to enhance laboratory workflows by providing a reliable solution for tissue embedding and cooling processes. It features a 4-liter paraffin chamber capacity, ensuring ample space for paraffin embedding tasks. Its range of operating temperatures—from room temperature to 85°C—is consistent across various components, including the forceps wells, paraffin chamber, thermal storage compartment, working plate, paraffin dispenser, and thermal storage plate. Such uniformity ensures ease of use and efficiency in maintaining optimal conditions for tissue processing.
The device offers precise temperature control with a precision of ±1%, allowing for accurate settings vital for detailed histological work. The thermal storage compartment holds up to 4.5 liters, accommodating the cooling needs of extensive sample batches. Paraffin flow is orchestrated via a user-friendly finger touch plate, with an optional foot pedal for hands-free operation, enhancing the flexibility of the system. Additionally, the cryo module’s temperature range from room temperature to -20°C facilitates rapid cooling, while the optimal working temperature of approximately -15°C—guarded by delay protection—ensures maintained sample integrity.
| 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 |
Market Price
For a product of this caliber, the market price for the YR447 Tissue Embedding and Cooling System typically falls within the range of $6200 USD to $7000 USD. This pricing reflects the advanced technology and precise engineering that the device incorporates, setting a benchmark for reliability and performance in laboratory environments. The investment ensures prolonged operational lifespan and consistent results, making it a worthy acquisition for labs prioritizing accuracy and efficiency.
Frequently Asked Questions
What are the main applications of the YR447 system?
This device is primarily used in histology laboratories for the preparation and handling of tissue samples. It is ideal for embedding tissues in paraffin for further analysis.
How does the temperature control system work?
The system boasts a precise ±1% temperature control across all its heat-regulated components, ensuring uniform heat distribution and maintaining the integrity of tissues during processing.
Is the system compatible with all voltages?
The YR447 operates on AC 220V±10% 50Hz for standard models and is also compatible with AC110V±10% 60Hz, accommodating different regional power requirements.
Advantages and Disadvantages
The advantages of the YR447 Tissue Embedding and Cooling System include its precise temperature control, large paraffin and thermal storage capacities, and user-friendly interface, all of which streamline laboratory operations. The optional foot pedal for paraffin flow is an ergonomic feature that reduces manual fatigue.
However, some disadvantages might include the initial cost, which may be prohibitive for smaller labs. Additionally, the system requires a dependable power source to maintain its advanced functionalities.
Field Usage
In practical scenarios, the YR447 is instrumental in large-scale tissue sample preparations. Laboratories rely on its consistent heating and cooling phases to produce precise and repeatable results, especially in research and diagnostics where sample integrity is paramount. Its ability to handle high-load operations makes it indispensable in high-throughput environments.
In field applications, the system’s robust build supports extensive use, with carefully designed components that withstand rigorous laboratory demands, offering reliability in processing multiple batches of samples daily.
Recommendations
To maximize the efficacy and longevity of the YR447, regular maintenance and calibration are advised. Ensure that the paraffin chamber is routinely inspected to prevent blockages, and the cryo module parameters are observed for any inconsistencies. Providing staff with adequate training on best handling practices will also optimize the system’s performance and reduce operational errors.
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