Description
The Tissue Embedding & Cooling System YR447 represents a leap forward in laboratory equipment technology, providing a seamlessly automated solution with its fully programmable computer control. This system is designed to enhance efficiency and precision in histological processes, integrating sophisticated features that ensure consistent performance across diverse laboratory settings.
Market Price
The market price for the Tissue Embedding & Cooling System YR447 ranges between $6,200 and $7,000 USD, depending on specific configurations and shipping preferences. For the most accurate pricing tailored to your laboratory’s requirements, explore financing options available on Kalstein Plus. Our team is ready to provide personalized consultations and instant quotations to facilitate your purchasing process.
Frequently Asked Questions
- What are the temperature ranges for the YR447’s compartments? The YR447 supports a range from room temperature (RT) to 85℃ for the Paraffin Chamber, Paraffin Dispenser, Thermal Storage Compartments, and the heating plate. Its Cryo Module ranges from RT to -20℃, with optimal settings around -15℃.
- How is paraffin flow managed in the YR447? The system allows for precise paraffin flow control using a finger-touch plate, with an optional foot pedal for enhanced manageability during embedding processes.
Advantages and Disadvantages
Advantages:
- Fully programmable computer control boosts operational efficiency with features like automated start and stop functions.
- High-precision temperature control (±1%) delivers uniform results in histological preparations.
- Independent heating zones reduce cross-interference, enhancing workflow flexibility.
Disadvantages:
- Large physical footprint may require considerable space in a laboratory setting due to its multiple heated compartments.
- Initial setup and calibration might be necessary for optimizing specific laboratory protocols.
Product Use in the Field
This system is vital for laboratories involved in complex tissue processing tasks, enabling precise embedding and cooling that are critical for high-quality histopathological examinations and research applications. Its versatile temperature settings and independent control of heating zones make it an ideal choice for a wide variety of laboratory environments.
Recommendations
For optimal performance of the YR447, following the manufacturer’s recommended maintenance schedules is crucial. Utilizing the resources from Kalstein Plus can ensure seamless procurement and integration of this advanced embedding and cooling system into your laboratory workflow. Ready to upgrade your tissue processing capabilities? Request a personalized quote for the Tissue Embedding & Cooling System YR447 via Kalstein Plus and elevate your histological applications with enhanced precision and efficiency.
Features
- Model: YR447
- Paraffin Chamber Capacity: 4 liters
- Temperature Control Precision: ±1%
- Various compartments with RT to 85℃ temperature range
- Cryo Module operating from RT to -20℃
- Independent heating zones for flexible workflow
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 |