Applications

Customy Vision can be applied in many medical domains:

  • For surgeons to plan operations and practise before them
  • For biomedical engineers to prototype and create custom-made implants
  • For patients to improve communication and bring more visualisation to what will be done during the operation.
  • For doctors and physicians to capture specific pathologies as printed 3D models.

Applications

Customy Vision can be applied in many medical domains:

  • For surgeons to plan operations and practise before them
  • For biomedical engineers to prototype and create custom-made implants
  • For patients to improve communication and bring more visualisation to what will be done during the operation.
  • For doctors and physicians to capture specific pathologies as printed 3D models.

Preoperative planning

3D printed preoperative models help surgeons plan and practise for operations. These 3D prints give doctors more information and a better understanding of a patient’s anatomy compared to looking only at 2D slice images. Surgeons can trial new techniques in advance, before entering the operating theatre. This reduces the risk of complications and allows surgeons to conduct procedures that could not be done without it.

Preoperative planning

3D printed preoperative models help surgeons plan and practise for operations. These 3D prints give doctors more information and a better understanding of a patient’s anatomy compared to looking only at 2D slice images. Surgeons can trial new techniques in advance, before entering the operating theatre. This reduces the risk of complications and allows surgeons to conduct procedures that could not be done without it.

Patient-specific implants prototyping

Designing custom implants is a challenging task. The implant’s shape has to perfectly match existing bone structures. Manufacturing a prototype implant by using 3D printed models and testing the fitting accuracy significantly reduces mistakes in the final patient-specific implant and ensures a high-quality final product.

Patient-specific implants prototyping

Designing custom implants is a challenging task. The implant’s shape has to perfectly match existing bone structures. Manufacturing a prototype implant by using 3D printed models and testing the fitting accuracy significantly reduces mistakes in the final patient-specific implant and ensures a high-quality final product.

Bending plates and meshes

With 3D custom medical models, bending plates and titanium meshes to fit the patient’s anatomy can be done as a part of the preoperative planning. The use of a 3D print in planning procedures allows surgeons precise pre-bending before surgery and saves operating time.

Bending plates and meshes

With 3D custom medical models, bending plates and titanium meshes to fit the patient’s anatomy can be done as a part of the preoperative planning. The use of a 3D print in planning procedures allows surgeons precise pre-bending before surgery and saves operating time.

Communication with patient

3D anatomical models can be used as a communication tool to improve the patient’s understanding during consultations.

Medical documentation and training models

Full-scale anatomical 3D print can serve as a perfect complement to medical documentation. Medical 3D models which represent specific pathologies can be an unique tool for physicians and students to learn and practice surgery techniques for a range of clinical scenarios.

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