mm.X
Product family for sports med & trauma
medical magnesium provides surgeons with bioabsorbable implants made of magnesium. Products are developed based on the mm.X technology platform to support users in a wide variety of indications.
With mm.X we offer surgeons a possible bioabsorbable alternative in surgical care for various clinical indications. All products are developed, evaluated and tested in close cooperation with surgical users.
Stability and design
The goal of the development of mm.X was to create an implant material that is comparable to natural bone and resorbs. The material is mechanically resilient and its mechanical properties are close to those of bone. It is therefore able to stabilize fractures with the necessary mechanical strength until healing. After complete resorption, a natural state with healed bone tissue is restored.
The mm.X allows an almost unlimited variety of designs. Implants of any shape and form can be manufactured to precisely meet the requirements of modern surgical therapy. Due to its high stability compared to polymers, the mm.X technology is very advantageous for minimally invasive and arthroscopic treatment.
Trauma & extremity surgery
Trauma & extremity surgery
For use in traumatology and surgery of the extremities, mm.X offers a sensible alternative for numerous indications. Safe biodegradation and the mechanical strength allow the restoration of the natural bone structure. Afterwards there will be no impairment from a permanently implemented implant, which may have to be removed as it is frequently required for conventional materials.
mm.CS
Compression screw
As a metallic and resorbable double-threaded screw, the mm.CS fixes bone fragments securely and primarily stable in order to ensure a controlled healing process.
The mm.CS can best be used for intraosseous fixation and is offered in three different sizes and has a highly stable drive.
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mm.PIP
PIP Arthrodesis implant
The mm. PIP implant is an absorbable implant for the surgical treatment of hammer or claw toe corrections. Due to its metallic strength, jagged design and the intramedullary position, it has a secure, both axially and rotationally high biomechanical stability. The mm.PIP is available in various anatomical sizes, angles, and lengths.
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