Crystal Ultra

Koru Pharmaceuticals presents its line of CRYSTAL Fillers which are made of highly purified non-animal origin hyaluronic acid. CRYSTAL Fillers are specifically designed for correction of wrinkles, volume restoration and the skin elasticity improvement. For reducing pain and discomfort during the procedure CRYSTAL Fillers contain lidocaine. 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, which maximises the efficiency of the cross-linking reaction.

High purity and safety:

• Hyaluronic acid (HA) raw materials used in CRYSTAL Fillers are safe and go through several stages of purification
• Due to a much stricter management of impurities during production, the endotoxins of HA are minimised and are almost equal to zero
• This minimises possible side and adverse reactions to the product, as well as ensuring the practitioner of the quality of the product

Crystal Ultra Features & Specifications:

• Crystal Ultra: Correction of deep wrinkles and volume restoration
• Depth of injection: Deep skin layer, supraperiosteal
• Indications for use: Deep wrinkles and folds (Class IV-V ); Volume loss in soft tissue; Gravitational ptosis; Contouring of lower third of the face and submental area;
• Needle size: 27 G 13 mm x 1; 25 G 13 mm x 1
• Storage: Avoid direct sunlight and store at 2°C to 25°C
• Duration: Up to 12 months

Benefits:

• Use of highly purified non-animal origin hyaluronic acid
• Lidocaine compound ensures the procedures are painless and comfortable
• High safety due to low concentration of the residual cross-linking agent
• Absolutely safe for use on face and body
• Even distribution of the HA gel under the skin
• No migration and no lumps due to a highly elastic formula