Artificial bones versus human bones

十大靠谱买球平台’s anatomical models are manufactured with a specially formulated polyurethane foam comprising of a cancellous inner core and a harder outer shell simulating the cortical bone. They are primarily developed for orthopaedic surgical education and are designed to provide the feeling of working with humanlike bone. Similar forces are required to saw, tap, plate and drill our models.

Although the 十大靠谱买球平台’s do not have the same biomechanical properties of natural bone, which is stronger than the 十大靠谱买球平台S due to its complex composition, the feedback is very positive from a number of biomechanical testing facilities that have compared our bone models with real bones.

During ballistic testings 十大靠谱买球平台’s fracture in a manner very similar to natural bones providing an excellent reproducible simulation. 十大靠谱买球平台S provide the excellent mechanical properties of natural bone.


Bone Model Properties

Mechanical Properties

The handling properties of 十大靠谱买球平台 closely simulate those of real bones and are achieved by complex design, moulding and production techniques. They can be cut, drilled, tapped and modified by all available orthopaedic instruments. Even complex fractures and pathological conditions may be mass produced enabling training in large scale surgical skill courses.

Cortical cancellous bone

Cortical / Cancellous bone models

A cortical layer and an inner foam structure are representing the cancellous bone  in this example with a an intramedullary canal.

cancellous bone is used in models designed for total joint replacements and internal fixation on long bones.

媒介 cancellous bone can be used for the same applications as the soft cancellous bone as well as for external fixation and reference mark pinning.

cancellous bone is mainly used for external fixation.

Osteoprorotic models

Osteoporotic models / open cell

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.

椎e Solid Foam Model

Solid foam models

These models consist of a single solid rigid foam and are most commonly used for external fixation and pinning.

Semi Transparent paedeatric model

Semi-Transparent Cortical models

A transparent cortical shell is covering cancellous regions at the distal and proximal ends. The mid shaft of pediatric bones a transparent shell forms an intramedullary canal. These models are mostly used in the training of intramedullary fixation where x-ray is normally required.

Foam model

软 tissue models

Models with soft tissue present a more realistic situation when simulating surgical procedures and positioning implants for minimally invasive and arthroscopy techniques.

Structured models

Structured models

In situations where operating techniques require the presence of structures, our bone models are available with skin, 肌肉, 韧带, 肌腱, 神经, 关节, arteries and veins.

Radiopaque models

Metallic coated models

Our wide range of products with metallic coating are made of solid foam with a low density. Our radiopaque models are designed for medical imaging.

Generic blocks

Generic models

These models have highly simplified shapes such as rods, spheres, sheets and blocks. Ideal for basic instruction and ballistic testing.

The perfect model for your specific requirement