Posts

Patient Specific Implant in Orthopedics

/in , /by

Patient Specific Implant in Orthopedics

If there is one thing that surgeons appreciate more than anything else, it is predictability of the surgical outcome. Patient specific implant brings you that level of confidence, so you can concentrate on executing operations that can completely change a patient’s life.

With extensive experience in computer-aided design and equipped with the latest 3D technologies, Bonash can supply you with a wide range of custom made implants such acetabular hip implants, shoulder implants and craniofacial implants, based on anatomical data from the patient and your requirements as a surgeon.

For an operation as vital to a patient’s everyday life as a hip implant, it makes sense to get the job done right first time. Unfortunately, patients with non-standard bone loss are often condemned to multiple surgeries (revision surgery), which can be avoided by 3d printed implants.

For challenging bone defects, a patient specific implant (custom-made implant) is the best way to match the medical considerations with the complex mechanical requirements of such an important moving part in the human body. Also we can modify the implants surface to reach an optimized surface in order to gain a perfect bone in-growth, better bone-integration and initial & long-term fixation.

Personalized Titanium Prosthesis

/in , , /by

Personalized titanium prosthesis

Craniofacial segmental defects that are caused due to blast injury or tumor ablation require reconstructive procedures involving large bone replacement implants. Such defects remain a challenging problem for reconstructive surgeons as it is difficult to create a complicated 3D structure that satisfies significant functional and aesthetic roles of the mid face.
These defects are patient specific and the implants should depend on the loads and the dimensions of the missing bone defect. Advances in 3Dprinting technology have opened a new dawn in personalized titanium prosthesis design. Recently, an additively manufactured custom made implant has been successfully created and implanted in an infant using a 3D printer.

Craniofacial segmental defects that are caused due to blast injury or tumor ablation require reconstructive procedures involving large bone replacement implants. Such defects remain a challenging problem for reconstructive surgeons as it is difficult to create a complicated 3D structure that satisfies significant functional and aesthetic roles of the mid face.
These defects are patient specific and the implants should depend on the loads and the dimensions of the missing bone defect. Advances in 3Dprinting technology
Have opened a new dawn in patient specific implant design. Recently, an additively manufactured custom made implant has been successfully created and implanted in an infant using a 3D printer.
Craniofacial segmental defects that are caused due to blast injury or tumor ablation require reconstructive procedures involving large bone replacement implants. Such defects remain a challenging problem for reconstructive surgeons as it is difficult to create a complicated 3D structure that satisfies significant functional and aesthetic roles of the mid face.
These defects are patient specific and the implants should depend on the loads and the dimensions of the missing bone defect. Advances in 3Dprinting technology
Have opened a new dawn in patient specific implant design. Recently, an additively manufactured custom made implant has been successfully created and implanted in an infant using a 3D printer.

Highly Accurate Custom Made Implants for Patients

/in , /by

In order to design a highly accurate implant for individual patients, Bonash proposes a software system that designs a patient specific hip implant by investigating the 3D anatomical geometry of the patient’s hip joints since bone cutting and alignment have to be achieved in 3D planes in surgical operation.
Accuracy of the additively manufactured prostheses is important to surgeons, and the capabilities of the custom made implants affect the outcome of design accuracy. Some of advantageous of titanium custom made prostheses are listed below:
• Ease of insertion of the implant stem in the canal of femur
• Successful positioning of implant in the hip joint

In order to design a highly accurate implant for individual patients, Bonash proposes a software system that designs a patient specific hip implant by investigating the 3D anatomical geometry of the patient’s hip joints since bone cutting and alignment have to be achieved in 3D planes in surgical operation.
Accuracy of the additively manufactured implants is important to surgeons, and the capabilities of the custom made implants affect the outcome of implant accuracy. Some of advantageous of titanium custom made implants are listed below:In order to design a highly accurate implant for individual patients, Bonash proposes a software system that designs a patient specific hip implant by investigating the 3D anatomical geometry of the patient’s hip joints since bone cutting and alignment have to be achieved in 3D planes in surgical operation.
Accuracy of the additively manufactured implants is important to surgeons, and the capabilities of the custom made implants affect the outcome of implant accuracy. Some of advantageous of titanium custom made implants are listed below:In order to design a highly accurate implant for individual patients, Bonash proposes a software system that designs a patient specific hip implant by investigating the 3D anatomical geometry of the patient’s hip joints since bone cutting and alignment have to be achieved in 3D planes in surgical operation.
Accuracy of the additively manufactured implants is important to surgeons, and the capabilities of the custom made implants affect the outcome of implant accuracy. Some of advantageous of titanium custom made implants are listed below:In order to design a highly accurate implant for individual patients, Bonash proposes a software system that designs a patient specific hip implant by investigating the 3D anatomical geometry of the patient’s hip joints since bone cutting and alignment have to be achieved in 3D planes in surgical operation.
Accuracy of the additively manufactured implants is important to surgeons, and the capabilities of the custom made implants affect the outcome of implant accuracy. Some of advantageous of titanium custom made implants are listed below:

Patient Specific Implants for Reconstruction of Orbital Floor

/in , /by

Patient specific implants simplify the reconstruction of orbital floor and wall fractures, and should be considered a more accurate alternative to manually bent titanium mesh implants. 3d printed implants allow for the application of safe, time-effective, daily procedures; accordingly, its use should be encouraged.
As stated by the World Health Organization, custom made implants should play a key role in daily routines, and furthermore should replace conventional implants by 2020. Additively manufactured implants for the reconstruction of orbital floor and wall fractures is now readily available.

Patient specific implants simplify the reconstruction of orbital floor and wall fractures, and should be considered a more accurate alternative to manually bent titanium mesh implants. 3d printed implants allow for the application of safe, time-effective, daily procedures; accordingly, its use should be encouraged.
As stated by the World Health Organization, custom made implants should play a key role in daily routines, and furthermore should replace conventional implants by 2020. Additively manufactured implants for the reconstruction of orbital floor and wall fractures is now readily available.
Patient specific implants simplify the reconstruction of orbital floor and wall fractures, and should be considered a more accurate alternative to manually bent titanium mesh implants. 3d printed implants allow for the application of safe, time-effective, daily procedures; accordingly, its use should be encouraged.
As stated by the World Health Organization, custom made implants should play a key role in daily routines, and furthermore should replace conventional implants by 2020. Additively manufactured implants for the reconstruction of orbital floor and wall fractures is now readily available.

Custom made Titanium Prosthesis for Chest

/in , /by

A titanium custom made chest wall implant could be a viable alternative for patients who had large chest wall tumors. From our experience, we conclude that the patient specific titanium implant may be used safely and effectively. It is additively manufactured by one of the new technologies that can allow thoracic surgeons to perform a wide anterior chest wall resection including of the sternum.
Despite the fact that the used custom made titanium implant is novel and has not been used previously, the use of other types of titanium implants has been proved to be safe and effective.

A titanium custom made chest wall implant could be a viable alternative for patients who had large chest wall tumors. From our experience, we conclude that the patient specific titanium implant may be used safely and effectively. It is additively manufactured by one of the new technologies that can allow thoracic surgeons to perform a wide anterior chest wall resection including of the sternum.
Despite the fact that the used custom made titanium implant is novel and has not been used previously, the use of other types of titanium implants has been proved to be safe and effective.A titanium custom made chest wall implant could be a viable alternative for patients who had large chest wall tumors. From our experience, we conclude that the patient specific titanium implant may be used safely and effectively. It is additively manufactured by one of the new technologies that can allow thoracic surgeons to perform a wide anterior chest wall resection including of the sternum.
Despite the fact that the used custom made titanium implant is novel and has not been used previously, the use of other types of titanium implants has been proved to be safe and effective.