Siny Medical 8-15ml Injection I-PRF Tube For Beauty

I-PRF (Injectable Platelet Rich Fibrin) is an injectable autologous platelet-rich fibrin material extracted through optimized blood processing techniques. I-PRF is a fluid biological material derived from the patient’s blood, enriched with concentrated platelets and growth factors. Compared to traditional PRP (Platelet-Rich Plasma) and other types of PRF (Platelet Rich Fibrin), I-PRF utilizes optimized processing to achieve higher concentrations of platelets and growth factors while maintaining fluidity. Its fluid nature allows for easy and precise injection, making it suitable for various localized treatments.

Extraction Method

1. Blood Collection
   Blood is collected from the patient’s vein, typically 10-20 milliliters. The collection process is conducted under sterile conditions to ensure the purity and safety of the sample.
2. Centrifugation
   The collected blood is placed in specialized centrifuge tubes and processed using an optimized low-speed centrifuge. Low-speed centrifugation enhances the concentration of platelets and growth factors while preserving the fluidity of the material.
3. Platelet Enrichment
   In the centrifuged plasma, platelets and growth factors form I-PRF fluid. Further processing retains these enriched components in a liquid state for injectable use.
4. Preparation and Processing
   The extracted I-PRF material is prepared in a form suitable for injection, ensuring stability and effectiveness during administration. The entire process is carried out in a sterile environment to ensure the material’s quality and safety.

Application Process

1. Preparation
   Before using I-PRF, ensure all related instruments and injection materials are thoroughly sterilized. Provide appropriate anesthesia to the patient, usually local or other suitable types, to ensure comfort and pain relief.
2. Injection
   Use a syringe to inject I-PRF directly into the treatment area. The fluidity of I-PRF allows it to be evenly distributed in the injection site, facilitating precise application. Different injection techniques and sites can be chosen based on treatment needs.
3. Fixation
   After injection, perform any necessary stabilization procedures to ensure I-PRF remains effective in the target area. This may include gentle compression or other supportive measures.
4. Monitoring and Care
   After the injection, closely monitor the patient’s recovery and provide follow-up care as needed. Ensure that I-PRF is functioning effectively and adjust the treatment plan as necessary.
5. Effect Evaluation
   Regularly assess the healing progress in the treatment area and evaluate the effectiveness of I-PRF. Further injections or other treatments may be performed if needed to enhance therapeutic outcomes and patient recovery.

Advantages

1. Promotes Tissue Healing
   I-PRF’s high concentration of platelets and growth factors significantly accelerates tissue healing and regeneration, reducing recovery time.
2. Autologous Material
   Since I-PRF is derived from the patient’s blood, it minimizes the risk of allergic reactions and rejection, offering high safety and compatibility.
3. Enhanced Fluidity
   The fluidity of I-PRF allows for even distribution during injection, facilitating precise application and suitability for various localized treatments.
4. Reduces Inflammation
   The use of I-PRF effectively alleviates postoperative inflammation, improving the healing process and enhancing treatment outcomes.
5. High Concentration of Growth Factors
   Growth factors in I-PRF stimulate cell proliferation and new blood vessel formation, enhancing tissue repair capabilities.
6. Simple and Efficient
   The extraction and injection processes for I-PRF are straightforward and efficient, making it suitable for various clinical settings, including operating rooms and outpatient clinics.
7. Versatile Applications
   I-PRF can be used in aesthetic treatments, dental repair, trauma care, and other medical fields, offering diverse healthcare solutions.
8. Environmentally Friendly
   The preparation and use of I-PRF comply with environmental standards, supporting sustainable development in medical technology.