Bone
Products
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Preoperative simulation
Implant Treatment
The depth and angle of the implant can be confirmed in advance.
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Preoperative simulation
Cosmetic surgery, Nose
A cranial model that can reproduce the cartilage part of the nose can be simulated in advance.
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Preoperative simulation
Facial contouring,
Inferior alveolar canal
The osteotomy line can be drawn while checking the position of the inferior alveolar nerve canal.
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Preoperative simulation
Jaw deformity
Preoperative fixation simulation allows for verification by inserting the actual device.
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Preoperative simulation
Skull
A full-scale model of the skull can be created from CT data.
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Preoperative simulation
Tooth transplant
Wisdom teeth for grafting can be simulated before the surgery.
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Preoperative simulation
Sternum
A full-scale model of the patient, such as a sternum fixation surgery, can be used for preoperative verification.
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Preoperative simulation
Humerus
Full-scale models of osteosynthesis and other procedures can be used to verify the degree of fixation.
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Preoperative simulation
Spine
A full-scale model of the patient's spine can be used to verify fixation before surgery.
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Preoperative simulation
Radius
The implant placement process can be verified preoperatively, including osteotomy, drilling, and fixation.
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Preoperative simulation
Pelvis
We can verify the fixation of the plate and the position of the graft before the surgery.
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Preoperative simulation
Femur
Preoperative verification of the position of the graft, such as osteosynthesis and artificial head insertion.
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Preoperative simulation
Tibia
Preoperative confirmation of the depth and angle of rate and screw implantation.
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We will provide you
with the best proposal in terms of price
and quality to meet your needs
From CT imaging to 3D printing
In recent years, the evolution and widespread use of dental CT and medical CT has made it possible to obtain data (dentition and skeletal structure) from patients themselves, and by processing the data obtained from CT imaging and outputting it to a 3D printer, preoperative simulations can now be performed on full-scale models. With a full-scale model in hand, the treatment team can share information about the fit, which is not possible on a CAD screen, and formulate an advanced treatment plan.
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Reads DICOM data obtained from CT imaging into mimics
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Eliminates noise (artifacts) generated by metal and other materials
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We will convert the data into 3D data
and confirm with the customer that the area of interest has been
reproduced in the image or data*If the STL output is available directly from the medical workstation,
the above process is eliminated. -
3D printing output
Use of 3D Printers
While most of the models for verification of medical devices used to be made of plaster, in recent years, there has been an increasing demand for soft and transparent models that are closer to the human body. Silicon materials can now reproduce blood vessels, nerves, and cartilage of the nose of the living body, and epoxy light-curing resin materials can be used to make transparent models, so that the inside of the model can be visually checked and the procedure can be confirmed in real time. The bone model can be used not only by medical professionals to confirm procedures and formulate treatment plans through preoperative simulation, but also by medical device manufacturers as a development tool, sales promotion tool, marketing tool, and internal training tool. It can also be used as a development tool for medical device manufacturers, a sales promotion tool, a marketing tool, and an internal training tool.