M+
INFINI PREMIUM FILLER M+
FILLING GEL BASED ON CROSS-LINKED HYALURONIC ACID
INFINI Premium Filler M+ LIDOCAINE is a soft filler gel based on cross-linked hyaluronic acid for soft tissue volume increase, lip filling and correction of medium to deep wrinkles.
INFINI Premium Filler M+ LIDOCAINE contains a high concentration of hyaluronic acid with an average particle size of 400 μm, making it perfect for contouring and filling the lips, as well as correcting vertical wrinkles around them, marionette lines and saggy mouth corners. The product’s high plasticity and smoothness make it suitable for lip modelling with advanced lip techniques. The lidocaine content has a strong anesthetic effect, allowing patients to be more
comfortable during treatment
INFINI Premium Filler M+ LIDOCAINE should be injected into the middle layers of the dermis or mucosa of the lips. The Hy-BRID cross-linking technique ensures that there is no residual BDDE, significantly reducing the risk of allergic reaction and posttreatment swelling.
The visibility and durability of the effect depends on the depth of administration and the original skin condition. The tissue-filling effect lasts approximately 7-9 months.
Cross-linked hyaluronic acid 24mg/ml
Particle size 400μm
Lidocaine 3 mg/ml
449.00 KR
INFINI Premium Filler S TREATMENT INDICATIONS:
- lip contouring and volume increase
- shaping lips „flat” and other advanced techniques
- lifting the corners of the mouth
- correction of medium and deep wrinkles
- filling in nasolabial folds
- levelling marionette lines
ERGONOMIC SYRINGE SHAPE AND A THIN NEEDLE
The ergo-designed syringe holder allows for uniform pressure release during injection, ensuring precise and smooth application. This ensures the precise treatment of various techniques, adapted to the area of injection.
The plasticity of the product allows free flow through the thin needle, making the application process easier and reducing the discomfort of the treatment. The minimal size of the needle ensures easy and painless injection and free tissue penetration.
