Carbon fiber medical bed board

Carbon fiber medical bed board is a medical equipment accessory made of carbon fiber composite material. It has many advantages and characteristics. Here is a detailed introduction:
 
1. Material characteristics:
- Light weight: The density of carbon fiber material is small, making the medical bed board lightweight. It is convenient for medical staff to move and adjust the position of the bed, reducing their workload. At the same time, it is also convenient to quickly transfer patients in different medical scenarios.
- High strength: Carbon fiber has very high strength and can withstand large weight and pressure, ensuring the safety of patients on the bed board. Even with long-term use, it is not easy to have problems such as deformation and fracture, ensuring the stability and reliability of the bed board.
- High modulus: Modulus is an index to measure the material's ability to resist deformation. The high modulus of carbon fiber makes it not easy to deform when under stress, and can maintain the flatness of the bed board and provide comfortable support for patients.
- Stable chemical properties: Carbon fiber is a non-metallic material with inert chemical properties and will not react chemically with acids, bases, salts, etc. Even if there are alcohol, drugs, blood stains and other residues, it will not have a corrosive or other adverse effects on the bed board. It is easy to clean and disinfect, and there will be no corrosion phenomenon even after long-term use.
- Good biocompatibility: The constituent elements of carbon fiber are the same as the basic constituent elements of organisms, both carbon. It has good biocompatibility with the human body and has no irritation or allergic reaction to human tissues. It can be safely used in the medical field.
2. X-ray transmission performance:
- Low absorption and scattering rate: Carbon fiber composite material has extremely low absorption and scattering rates for X-rays. X-rays can easily penetrate the bed board, reducing the energy loss of X-rays. Thus, it can reduce the X-ray dose, reduce the power of the X-ray machine, extend the service life of the instrument and save electric energy.
- No refraction: Carbon fiber material allows X-rays to irradiate on the bed board at any angle without refraction. This enables X-rays to penetrate the human body accurately. After multiple conversions, a high-definition image is presented on the screen, which helps doctors diagnose diseases more accurately and reduces the harm to patients and medical staff.
3. Structural design:
- Sandwich structure: Generally, a "sandwich" structure with carbon fiber composite material panels on the upper and lower surfaces and foam sandwich material in the middle is adopted. This structural design not only ensures the strength and rigidity of the bed board but also reduces the weight of the bed board. At the same time, it also has good heat insulation and sound insulation performance, improving the comfort of patients.
- Smooth surface: The surface of the carbon fiber medical bed board is specially treated and is very flat and smooth. It can not only reduce the discomfort of patients but also prevent the generation of artifacts and improve the clarity of imaging.
4. Application scenarios:
- Radiological diagnosis: Widely used in radiological diagnosis equipment such as CT machines and X-ray machines to provide doctors with clear images and help diagnose diseases.
- Surgical treatment: During the surgical process, the carbon fiber medical bed board can provide stable support for patients and facilitate the surgical operations of doctors. Especially in some surgeries that require the use of imaging equipment such as C-arms, the carbon fiber bed board has good transparency and will not affect the use effect of imaging equipment.
- Rehabilitation treatment: During the rehabilitation treatment process, patients may need to undergo multiple examinations and treatments. The lightness and comfort of the carbon fiber medical bed board make it an ideal choice for rehabilitation treatment equipment.