OPTILACE MODEL

PRECISE, NATURAL TISSUE SHAPING

OPTILACE Model embodies the balance between art and science in tissue shaping. Designed to address different clinical conditions precisely, the line combines harmonious, exceptionally natural aesthetic results with a comfortable treatment experience.

The biomimetic technology behind each formulation ensures seamless, predictable tissue integration, opening new possibilities even in complex shaping procedures.

An innovative multi-fractional cross-linking technique has enabled the development of a highly versatile, high-performance filler line that addresses different clinical needs:

  • High flowability
  • High intratissue volumising capacity
  • Effectiveness, naturalness and subtlety
Optilace Model benefits

KEY BENEFITS

  • High flowability
  • Volumising capacity
  • Intratissue integration
  • Biomimetic interface
  • Long-lasting performance
  • Natural, harmonious results

The OPTILACE Model line includes four filler products, developed with different rheological properties to address specific correction, definition and volumisation needs.

Modulating the formulations makes it possible to treat different tissue levels with different degrees of projection, while maintaining tissue integration, precision and natural-looking results throughout the line.

BIOMIMETIC INTERFACE

The interface between filler and tissue is a key factor in treatment quality and longevity. The distinctive structure of OPTILACE Model hydrogel is designed to promote physiological integration into tissues, reducing friction during natural facial movement.

The result is more harmonious integration, improved product distribution and more predictable behaviour over time, helping preserve comfort, naturalness and the quality of clinical results.

Distinctive features

  • Maximum tissue compatibility
  • Optimal intratissue integration
  • Reduced interfacial friction
  • Natural filler integration
  • Greater stability of results

A system designed to work in synergy.
The Optilace lines are developed to integrate into an advanced biomimetic ecosystem, where technology, regeneration and precision work together harmoniously and complement one another.

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