
Contex’s
3D Printers enable surgeons to rapidly produce
inexpensive 3D models to obtain better case
information to reduce operating time, enhance
patient and physician communication and improve
patient outcomes.
PROBLEM
Two
critical factors in successful orthopaedic and
maxillo-facial procedures are clear communication
between physicians and patients, and precise implant
pre-contouring. Clear communication allows patients
to make informed decisions about their medical care,
and precise implant fitting is crucial for the
well-being of the patient. 3D physical models are an
invaluable tool in improving the experience for both
doctors and patients.
THE
CONTEX SOLUTION PROVIDES MODELS FOR:
Pre-surgical planning The ability to use models for
pre-surgical planning reduces operating room time,
lowers cost, and enhances patient outcomes by
minimizing incision sizes, reducing recovery time
and allowing for procedure rehearsals. Examples of
pre-surgical planning:
•
Implant pre-contouring
• Screw trajectory
• Screw selection/location
• Instrument selection
• Technique rehearsal
Custom implant manufacture:
Contex models permit the world’s leading implant
manufacturers to fabricate custom implants rapidly
and cost effectively for the ultimate in
performance.
Physician to physician communication:
Contex models permit excellent communication between
physicians and surgical teams; particularly useful
in multi-disciplinary cases.
Powerful patient presentation tool:
Contex models enhance
the physician’s ability to communicate with
patients; raising confidence in the surgeon and the
likelihood of a successful outcome.
Medical student/resident education:
Contex models prove
very useful in communicating with students and
residents. Complex 2D images can be converted into
easy to understand 3D models that can be held and
easily manipulated for a more complete understanding
of the anatomy.
3D Surface Scanning/Custom Prosthesis
Design: Utilizing 3D
surface imaging technology; custom prosthesis can be
fabricated from Contex models used as patterns for
the development of molds.