KORU PHARMA AVALON GRAND PLUS FILLER

R 1,500.00

KORU PHARMA AVALON GRAND PLUS FILLER (1 box / 1 syringe x 1 ml + 2 needles)

Indications of use

• Deep wrinkles
• Aesthetic defects in zygomatic and mandibular areas
• Volume loss in the cheek area
• Undefined face oval contours
• Undefined chin shape
• Asymmetry, aesthetic defects on nose, nose tip

Benefits

  • Developed with MCO™ Tech. purification technology
  • Painless and safe procedure
  • Long lasting effect
  • Short recovery period
  • Contains an anaesthetic
  • Optimal concentration of HA
  • Even distribution of product under the skin
  • Correction of moderate to severe facial wrinkles and folds
  • Restoring volume and contouring of the face shape

AVALON™ Grand Plus specifications


Needle size 27G 13 mm x 1 25G 13 mm x 1

HA Concentration 20 mg/ml

Gel texture 

Lidocaine concentration 3 mg/ml

Thumb rest with anti-slip surface

Specially designed anti-slip plunger

AVALON™ Grand Plus is a non-surgical filler which contains highly-purified hyaluronic acid (24 mg/ml) and lidocaine (0.3%) for anaesthetic effects.

It is designed to be injected into the deep dermis for the correction of moderate to severe facial wrinkles and folds , cheeks, chin augmentation and shaping of the contours of the face and jawline.

The viscous filler, AVALON™ Grand Plus is an ideal solution for the correction of thick skin and deep wrinkles and it is also efficient in restoring volume with results lasting from 12 – 18 months*.

*The duration of effect might vary depending on the individual physical characteristics of the patient, injection method and type of the procedure. 

Cross-linked Hyaluronic Acid in AVALON™ Fillers

MCO™ Tech. (Minimising Cross-linking-agent by Optimising reaction Technology) is a technology developed by Koru Pharmaceuticals’ R&D Institute.

The cross-linking agent serves to connect hyaluronic acid chains to form a net.

Through optimisation of cross-linking reaction conditions in which a chemical reaction between the cross-linking agent and HA occurs, the use of the cross-linking agent is minimised, thereby maximising the efficiency of the cross-linking reaction.