Artificial ligaments for arthroplasty.
The Company was founded 30 years ago, in 1992 by Doctor Jacques-Philippe Laboureau, the inventor of intra-articular artificial ligament with free fibers named L.A.R.S. (Laboratoire d’Application et de de Scientifique). LARS has been a market leader in artificial ligaments for many years and continues to be at the forefront of innovations in this field.
Today, LARS continues developing under its new name Movmedix® to become a global player at the sports medicine market. The rich heritage of our LARS (Ligament Advanced Reinforcement System) product range offers a strong foundation for developing innovative and breakthrough solutions.We study cutting edge science and technology achievements to provide surgeons and patients with the best.
The Company was founded 30 years ago, in 1992 by Doctor Jacques-Philippe Laboureau, the inventor of intra-articular artificial ligament with free fibers named L.A.R.S. (Laboratoire d’Application et de de Scientifique). LARS has been a market leader in artificial ligaments for many years and continues to be at the forefront of innovations in this field.
Today, LARS continues developing under its new name Movmedix® to become a global player at the sports medicine market. The rich heritage of our LARS (Ligament Advanced Reinforcement System) product range offers a strong foundation for developing innovative and breakthrough solutions.We study cutting edge science and technology achievements to provide surgeons and patients with the best.
MOVMEDIX|LARS
LARS ligaments are made of PET (polyethylene terephthalate) with a unique patented design and are cleaned by a highly efficient process enabling MOVMEDIX to offer a high-quality product to patients, including the most active ones and sportsmen.
LARS ligaments are intended for intra- or extra-articular reconstruction of ruptured ligaments.
LARS can be used together with suturing the remnant of a ruptured ligament or as an autogenous reconstruction. In both cases LARS provides for recovering of ligament tissues and an earlier return to normal function.
LARS can be used for extra-antricular reconstructions of tendons, such as Achilles tendon, patellar tendon, biceps tendon, rotator cuff, etc.
LARS can be used together with suturing the remnant of a ruptured ligament or as an autogenous reconstruction. In both cases LARS provides for recovering of ligament tissues and an earlier return to normal function.
LARS can be used for extra-antricular reconstructions of tendons, such as Achilles tendon, patellar tendon, biceps tendon, rotator cuff, etc.
These ligaments shall always be used in the joint in anatomic and isometric position. The diameter of bone tunnels shall follow a specific pattern for each type of ligament and shall generally be as small as possible.
The use of LARS artificial ligament requires special surgical equipment, for which special LARS instruments are available.
The use of LARS artificial ligament requires special surgical equipment, for which special LARS instruments are available.
Over 60 scientific publications demonstrate good clinical short-term, medium-term and long-term results. Short-term clinical results of LARS ligaments are comparable with autogenous grafts.
Biological and mechanical tests have shown that LARS ligaments are highly effective medical devices for the ligament reconstruction.
Biological and mechanical tests have shown that LARS ligaments are highly effective medical devices for the ligament reconstruction.
https://movmedix.com/
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