Customized 3D-printed Jigs for Bone Surgery

Operating on bones with millimetre accuracy
4TU Delft
4TU Eindhoven
4TU Twente
4TU Wageningen

For bone cancer operations, accurate localisation of bad tissue margins is of vital importance. Because surgeons have to deal with standard techniques and margins of error, they cannot always execute their pre-operative plan as intended. These 3D-printed jigs ensure necessary precision, are customised and can be optimized automatically.

Partners

Industrial Design Engineering, Delft University of Technology

People

Charlie C.L. Wang
Researchers: Rob Scharff (TU Delft), Xiaoting Zhang (CUHK), Kwok-Chuen Wong (CUHK), Shekhar-Madhukar Kumta (CUHK)

Contact

c.c.wang [at] tudelft . nl

For bone cancer operations, accurate localisation of bad tissue margins is of vital importance. Because surgeons have to deal with standard techniques and margins of error, they cannot always execute their pre-operative plan as intended. These 3D-printed jigs ensure necessary precision, are customised and can be optimized automatically.

Partners

Industrial Design Engineering, Delft University of Technology

People

Charlie C.L. Wang
Researchers: Rob Scharff (TU Delft), Xiaoting Zhang (CUHK), Kwok-Chuen Wong (CUHK), Shekhar-Madhukar Kumta (CUHK)

Contact

c.c.wang [at] tudelft . nl

search
Contact
search

Customized 3D-printed Jigs for Bone Surgery

For bone cancer operations, accurate localisation of bad tissue margins is of vital importance. Because surgeons have to deal with standard techniques and margins of error, they cannot always execute their pre-operative plan as intended. These 3D-printed jigs ensure necessary precision, are customised and can be optimized automatically.

Partners

Industrial Design Engineering, Delft University of Technology

People

Charlie C.L. Wang
Researchers: Rob Scharff (TU Delft), Xiaoting Zhang (CUHK), Kwok-Chuen Wong (CUHK), Shekhar-Madhukar Kumta (CUHK)

Contact

c.c.wang [at] tudelft . nl

For bone cancer operations, accurate localisation of bad tissue margins is of vital importance. Because surgeons have to deal with standard techniques and margins of error, they cannot always execute their pre-operative plan as intended. These 3D-printed jigs ensure necessary precision, are customised and can be optimized automatically.

Partners

Industrial Design Engineering, Delft University of Technology

People

Charlie C.L. Wang
Researchers: Rob Scharff (TU Delft), Xiaoting Zhang (CUHK), Kwok-Chuen Wong (CUHK), Shekhar-Madhukar Kumta (CUHK)

Contact

c.c.wang [at] tudelft . nl