| |
Click to Enlarge
|
Cortical/Cancellous bone models
A cortical layer and an inner foam layer representing the cancellous bone (this layer may include an intramedullary canal). Soft cancellous bone is used in models designed for total joint replacements and internal fixation on long bones. Medium cancellous bone can be used in the same applications as the soft cancellous bone as well as for external fixation and reference mark pinning. Hard cancellous bone is used mainly for external fixation. See Enlarge
|
|
|
|
Click to Enlarge
|
Osteoporotic models/open cell
Long bone models with a thin cortical layer and an
open cell cancellous section at the proximal and distal
ends. The properties of the inlay allow all application
techniques of cement
injection. All models
may be fractured
and delivered with
defects on request. See Enlarge
|
|
|
|
Click to Enlarge
|
Solid foam models
For general anatomy,
these models consist of
a single solid rigid foam
including an intramedullary
canal when required.
Most commonly
used for external fixation
and pinning. See Enlarge
|
|
|
|
Click to Enlarge
|
Transparent Cortical bone models
A transparent cortical
shell covering cancellous
regions at the distal and
proximal ends. At the
mid-shaft of long bones
this transparent shell
forms an intramedullary
canal. These models are
therefore mostly used in
the training of intramedullary
fixation where
x-ray is normally required. See Enlarge
|
|
|
|
Click to Enlarge
|
Soft tissue models
We have developed
foam coating in order
to present a more realistic
situation when
simulating surgical procedures
and positioning
implants for minimally
invasive techniques. See Enlarge
|
|
|
|
Click to Enlarge
|
Structured models
In situations where operating
techniques require
the presence of
soft tissue landmarks, we
offer bone models with
stylized soft tissue structures
including muscles,
ligaments, nerves, arteries
and veins. We also
offer realistic skin so that
endoscopic surgery can
be simulated. See Enlarge
|
|
|
|
Click to Enlarge
|
Functional muscle models
These models are
designed for specific
orthopaedic surgery
training such as hip
replacement. Main
structures such as
muscles and nerves
are attached. Fully functional movement allows for realistic
access and training.
Replacement parts
can be purchased separately. See Enlarge
|
|
|
|
Click to Enlarge
|
Arthroscopic models
For wet or dry examination,
these models are the
ideal match for operative
arthroscopy techniques.
Inner structures such as capsules and
ligaments combine part functionality
and a picture very close to reality. See Enlarge
|
|
|
|
Click to Enlarge
|
Generic Models
These models have highly
simplified shapes such
as rods, spheres, sheets
and blocks. They are
ideal for basic instruction
and ballistic testing. See Enlarge
|
|
|
|
Click to Enlarge
|
Torso models
Modular built torso models with exchangeable bone
segments and organs for interdisciplinary group training. See Enlarge
|
|
|
|
Click to Enlarge
|
GI models
Open and laparoscopic surgery can be trained on
these Gastro intestinal models. Their modular design
allows the placement
of wet specimens in the
anatomically shaped
cavities. Easy assembling
and cleaning. See Enlarge
|
|
|
|
Click to Enlarge
|
Transparent models
These transparent models
are designed for product
display purposes and can
be delivered with stands
and a custom logo. All
implant mounting and
finishing details according
to your requirements. See Enlarge
|
|
|
|
Click to Enlarge
|
Demonstration models
These durable white hard
plastic anatomical bone
models are designed for
patient demonstration. Most
joints are fully functional. See Enlarge
|
|
|
|
Click to Enlarge
|
Hallux Foot
Hallux foot model with added
structures, dorsal interosseus
muscles and malleolar fracture. See Enlarge
|
|
|
|
Click to Enlarge
|
Left Foot
Enlarged left foot with Talus
Calcaneous in light dense
consistency. Used for spiral
blade insertion. See Enlarge
|
|
|
|