Rjdephyne BODY, is a new injectable medical device with a hyaluronic acid formulation specifically studied to reshape the body. With Rjdephyne BODY it is possible to reshape buttocks, calves and all areas of the body in general where an increase in adipose tissue is needed. Benefits and advantages:
Reshape the body in a natural and safe way today is possible with Rjdephyne BODY, biocompatible, resorbable and long lasting, thus modifying the appearance of your body with a short procedure and not permanent, also a minimum time required for return to work, preventing scars and the risks of prosthesis implants with surgical interventions with the use of even total anesthesia.
It is recommended to use a 16 or 18G cannula.
Technical features
Gel Type: Monophasic Gel
HA content: 20 mg/mi
Cross-linked agent: BDDE
Dosage: 10 ml
Bacterial Endotoxin: <0.5Eu/mg
Duration: 8-18 months
Certificates: CE 0373, ISO 13485
Where to inject: Deep dermis or shallow subcutaneous tissue
Peculiar rheological properties
Rjdephyne body is a body filler with evident rheological peculiarities, characteristics that can be identified through the detection of the G’ or elastic module, which indicates the energy accumulated inside a material during its deformation; G’ measures the elastic behaviour of the gel or how much it can recover its shape after its deformation and is measured in pascal (Pa), specifically to fillers it shows us the ability to recover its volume after extension and then volumizing capacity: so, a high G’, confers a high ability to thicken the volume in the tissues. The hydrogel of Rjdephyne body is monophasic, therefore totally reticulated and homogeneous: unlike the biphasic gels that are more fluid, we will have a more compact and elastic product. Comparing several G’ of the main competitors present on the market we note that the value of Rjdephyne body largely exceeds the value of 500 pascal (G’ 530 Pa at 0.02 H2) placing it among the body fillers more “volumizing”. Of course, these data may vary depending on the frequency at which the measurement is made and the type of rheometer used.
