3D Medical

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The company specializes in osseointegration: the integration of the implant with the bone through mesh and porous structures. Since 2018, we meet the ISO 13485 standard relating to the medical sector. We wish to respond both the needs of surgeons and the diversity of different patients, their pathology and their bone structure by personalizing the implants. Our philosophy is focused on the client's needs and the solutions we need to provide them.

Profile Description

HUMAN IMPLANTS: RELIABILITY, TIMING AND SATISFACTION
Experts in production of permanently implantable medical devices for human medical market.

We make implants for the whole body : hip, skull, knee, fingers, vertebral…

KNEE OPTIONS
Total knee compartment implant / Uni knee compartment implant
Inner trabecular surface for osteointegration
Polished outer surface
Series

STEMS, ACETABULAR COMPONENTS OPTIONS
Primary / Revision
Solid / Porous
Satin / Mirror
Serial
Check with us all your possibilities

FINGERS STEMS APPLICATIONS
Finger joints
Knuckle joints
POSSIBILITIES
Different models
Cone for neck fixation
Porous structure

IMPLANTS & SURGICAL INSTRUMENTS FOR ANIMALS: DESIGN & PRODUCTION
Complicated fractures and injuries are no longer an insurmountable problem in the animal medicine with custom-made implants and surgical instruments.

New technologies bring affordable solutions in the field of permanently implantable devices.
CERVICAL IMPLANT SETS
Used during horses cervical arthrodesis in cases of fracture, dislocation and vertebral instability or misalignment (cervical stenotic myelopathy).

Adapted tooling
Various sizes of screws
Adapted shape of plate

The plate play its role on the forces in tension. The shape of the plate allows placement of 3 screws in each vertebra.
Porous structure for better osseointegration.

Plate can be combined with a cage for intervertebral fusion to treat fractures involving the intervertebral disc or for surgical treatment of stenotic cervical myelopathy.

Screws used are self-tapping and partially self-drilling, this allowed maximum anchorage (close to the medullary canal) while reducing the risk of perforation during drilling or tapping.

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