Biological tissue freeze embedding machine {6 liters, with cooling plate} YR448

Manufacturer: Kalstein

Description

The Biological Tissue Freeze Embedding Machine YR448 is a sophisticated piece of equipment essential for histology and pathology laboratories. Equipped with an imported OLED screen, this machine ensures clear data visibility and features a logical interface with work status icons and LED buttons. Its automatic computer-controlled program allows for flexible pre-setting of on and off times throughout the week. With high-precision integrated temperature measurement from the US, energy-efficient heating elements, and dual overheating protection, this machine promises both safety and reliability. Additionally, the YR448 offers manual and automatic operating modes, including a memory function for temperature presets.

Market Price

The market price for the Tissue Embedding & Cooling System YR448 ranges from $7500 to $7900 USD, influenced by specifications and shipping costs. For a competitive and detailed quote, we encourage using our Kalstein Plus platform. Upgrade your laboratory with this cutting-edge technology to enhance precision and efficiency in tissue processing.

Frequently Asked Questions

  • What is the temperature range of the YR448’s cryogenic module?

The cryogenic module operates between 0 to -20℃, with an optimal working temperature of approximately -10℃, equipped with delay protection.

  • How is the paraffin flow controlled in the YR448?

The paraffin flow can be controlled using a touch plate and an optional pedal for precise handling.

  • What is the capacity of the YR448’s paraffin chamber?

The paraffin chamber holds 3 liters, allowing for efficient and continuous tissue processing.

Advantages and Disadvantages

Advantages:

  • High precision in temperature control with advanced microprocessors.
  • Independent heating zones for optimal performance.
  • Robust thermal storage capacity.
  • Intuitive user interface with color LED indicators.
  • Flexible paraffin flow control.

Disadvantages:

  • There is an initial learning curve to master advanced features.
  • Regular maintenance is necessary for optimal performance.

Product Use in the Field

The Tissue Embedding & Cooling System YR448 is vital in histology and pathology labs for precise and efficient tissue processing. With its ability to maintain precise temperature control, it facilitates the handling of various samples simultaneously. Its compact and robust design allows flexibility and enhances laboratory efficiency.

Recommendations

To ensure the optimal performance of the YR448, regular calibrations and adjustments tailored to specific experiments are recommended. Adhering to maintenance instructions in the user manual will guarantee consistent and precise results. Utilize the programmable control system to customize operational times as per your laboratory’s requirements. Request a personalized quote today through Kalstein Plus and experience innovation in your laboratory processes.

Technical Specifications

Model YR448
Cryo module temperature ranges 0 to -20 C
Cryo module temperature setting The optimal working temperature is about -10 C, and the temperature is under delay protection
Cryo module dimensions 315×380 mm.
Working voltage AC 220V +/- 10% 50Hz (Standard Model); AC110V +/- 10% 60Hz
Power 300W
Dimensions 710x350x390mm (WxDxH)
Net Weight 25kg

Additional information

Weight 116 kg
Dimensions 85 × 123 × 71 cm
Measure

,

Quote List

Quote List

No products in the list

Product categories

In this section you can select the sector or product of your interest.

FAQ

Do you need help?

If you have any questions before processing the order, take a look at the most frequently asked questions

Do you want to know the cost of air shipping to your establishment?

Place your address in the payment area and you will automatically see the shipping to your door!

I am an institution; I need to know the price for several units; I would like to know the cost of the maritime freight

Request a custom quote in the contact section once you identify the model.