(1)A continuous embedding of 3200 tissues
(2)Large screen LCD display and intelligent software control
(3)The delay start function can be set every day, or set the delay start function for the whole week at one time, which is convenient and practical;
(4)Shadowless lamp lighting design to protect the operator's eye health;
(5)PID fuzzy automatic control technology, stable performance and accurate control;
(6)Double temperature protection, no contact heating, safety and preventing thermal inertia;
(7)Multi-functional multi-stage timing control, direct and delay heating;
(8) Configure a separate large cold table, and a small cold table next to the wax outlet to prevent the gastroscope and other small tissues drift
Technical Data
| Type | Tissue Embedding Center |
| Model number | KH-BL1 |
| Brand name | Kuohai |
| Place of origin | China |
| Instrument classification | Class I |
| Warranty | 1 year |
| After-sale service | Online technical support |
| Main paraffin cylinder volume | 9.5L |
| Paraffin cylinder temperature range | Adjustable from room temperature to 85°C |
| Insulation box temperature range | Adjustable from room temperature to 85°C |
| Workbench temperature range | Adjustable from room temperature to 85°C |
| Cooling stage refrigeration temperature | From room temperature to －20℃ |
| Cooling area | 8*9cm2 |
| Working mode | Automatic software contact switch and foot action |
| Power supply | AC220V±10% |
| Power | ≤900W |
Product packing and shipping details
(1) Before the product leaves the factory, our company will strictly inspect and debug all components of the machine and equipment, and test whether the equipment can be used and installed normally.
(2) In order to prevent the product from being squeezed and damaged during long-distance transportation, we will use thick foam to fix the four corners of the product, and use standard export wooden boxes for external packaging.
(3) If you need OEM and ODM services and have separate product packaging solutions and logo printing standards, please communicate your plans and standards with us in advance. We can package the product according to your requirements.
(4) Transportation methods: a combination of sea, land, railway, air, and express delivery.
FAQ
What are the method of tissue embedding?
Tissue embedding is a crucial step in histological preparation, and there are various methods employed to embed tissue samples in a solid medium, typically paraffin wax. Here are the common methods of tissue embedding:
(1)Routine Paraffin Embedding:
Dehydration: Tissue samples are dehydrated through a series of alcohol solutions to remove water.
Clearing: Dehydrated tissues are cleared using a clearing agent, typically xylene, to remove the alcohol and improve transparency.
Infiltration: Tissues are impregnated with molten paraffin wax, providing support for subsequent sectioning.
Embedding: Tissues are placed in molds filled with molten paraffin wax and allowed to solidify. The resulting blocks can be sectioned for microscopic examination.
(2)Plastic Embedding:
Dehydration: Similar to routine paraffin embedding, tissues are dehydrated using alcohol.
Infiltration: Instead of paraffin wax, tissues are infiltrated with a plastic resin, such as epoxy or methacrylate.
Embedding: Tissues are embedded in plastic resin and allowed to polymerize. This method is often used for electron microscopy.
(3)Frozen Section Embedding:
Cryoprotection: Tissues are treated with cryoprotective agents to prevent ice crystal formation during freezing.
Freezing: Tissues are quickly frozen using liquid nitrogen or other cryogenic methods.
Sectioning: Frozen tissues are sectioned using a cryostat, and the sections are mounted directly onto slides without traditional embedding.
(4)Resin Embedding for Electron Microscopy:
Dehydration: Tissues are dehydrated using a series of alcohol solutions.
Infiltration: Tissues are infiltrated with an epoxy resin or other embedding resin.
Embedding: Tissues are embedded in resin and allowed to polymerize. Ultrathin sections are cut for examination under an electron microscope.
The choice of embedding method depends on the specific requirements of the experiment, the type of analysis to be performed, and the equipment available in the laboratory. Each method has its advantages and limitations, and researchers choose the most appropriate method based on the goals of their study and the characteristics of the tissue samples.
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