Different Materials of Polycaprolactone Filler

S raw material: The osmotic pressure of this product is 200-400 Mosm /kg. The osmotic pressure of the marketed product is around 600mosm/kg for hypertonic. The osmotic pressure of 200-400 Mosm /kg is closer to the osmotic pressure in the body, which can improve the degree of redness and swelling after injection. The pushing force of 12N is smaller than that of the marketed product at 20N, making it easier to inject during use. For both doctors and patients, it is more convenient and faster during treatment, which can reduce the operation time. It has good viscoelasticity and is currently known to have a good improvement effect on the nasal base, eyebrow arch, outer contour and other parts.

H24  raw material: The elastic modulus of our company's product is 350Pa, which is higher than the 180Pa of the listed products. The product has better viscoelasticity, more obvious shaping and filling effect, and is less likely to shift. The HA content is 20-24mg/g. There are more types and they can be customized according to the user's requirements. Due to the different types of microspheres, the degradation time and rate are determined by the properties of the microspheres. Polycaprolactone microspheres have a longer action time and a more lasting maintenance effect than block-type microspheres. It has a wider range of applications. Currently, it is known to have a good improvement effect on areas such as the nose, jaw, tear troughs, and temples.

H12  raw materials: This product has no listed products on the market and is an exclusively developed product. This product has a more comprehensive range of applications and symptoms. It can be used as a shallow line filler and also as a water light for daily hydration and skin care. This product mainly comes in two specifications: 1mL and 2mL, which can meet the different needs of hand needle injection and machine injection. This product has excellent uniformity and can pass smoothly through a 32G needle without any blockage or accumulation of microspheres