Wrinkle and lifting
State of the art technologies
Treatment goal
The aim of modern wrinkle and lifting treatments is to visibly tighten and smooth the skin while preserving natural facial features.
By improving skin firmness and elasticity, the aim is to reduce age-related wrinkles, loss of volume and contour changes.
The focus is on harmonious results without surgical interventions or artificial effects.
Operating principle
Our technologies enable the targeted release of energy into both deeper skin structures and superficial skin layers.
Depending on the treatment objective and individual skin condition, the energy can be applied precisely where it is therapeutically required - without placing excessive strain on the skin.
The controlled heating of relevant tissue layers maximises the production of collagen and elastin.
The result is a visible tightening and contour improvement in depth as well as a simultaneous smoothing of wrinkles and fine lines on the surface of the skin.
Technology & Quality
MBC Medical Bio Care has all the relevant modern technologies available for wrinkle and lifting treatments.
Our portfolio comprises only state-of-the-art systems that meet the latest medical and technological standards.
The methods used enable precise, controlled and skin-friendly treatment with a high level of safety and reproducible results.
Thanks to the wide range of technologies available, the most suitable technology can be selected for every indication and every skin condition.
Aesthetic Expertise & Treatment Understanding
Wrinkle and lifting treatments require a nuanced understanding of age-related changes in the skin, connective tissue, and contours. For many years, MBC Medical Bio Care has been working with modern, non-invasive procedures for targeted skin tightening and contour improvement.
Our experience from daily application flows into the selection of suitable technologies and the development of effective, practice-oriented treatment concepts.
Technological precision
For effective wrinkle and lifting treatments, precise control of energy, penetration depth, and treatment area is crucial. Our technologies enable controlled warming of both deeper structural skin layers and superficial areas – always adapted to the respective treatment goal.
This allows for targeted tightening in the depths with simultaneous improvement of the skin surface and a high degree of safety.
Modern technologies for individual lifting concepts
Depending on the initial findings, area and desired outcome, different technologies are used. MBC offers a broad spectrum of state-of-the-art technologies, including dual-wavelength lasers, MFU systems, RF and RF microneedling procedures, as well as high-energy light systems.
This variety allows for individually tailored lifting concepts – from gentle skin tightening to significant contour improvement.
Application & treatment results
Wrinkle and lifting treatments are usually carried out over several sessions with a few weeks in between. The effects develop gradually, as the body's own collagen and elastin formation is stimulated over a longer period.
Many patients already report a firmer skin structure and improved contours early on, while the full result continues to stabilise over time.
Treatment comfort & suitability for everyday use
A significant advantage of modern lifting procedures is the high treatment comfort. The technologies used are designed to treat effectively without unnecessarily burdening the skin.
The applications are generally low in pain, well-tolerated and can usually be integrated into everyday life with no or only short downtime – an important factor for high treatment acceptance.
Technical Service & System Reliability
For safe and efficient deployment of modern technologies, reliable technical support is essential. MBC Medical Bio Care has its own technical service with experienced service engineers and very good availability.
Technical issues are usually resolved promptly, often within 48 hours. This ensures high system availability and reliability for everyday practice and institute operations.


















