Authors :
Sunder Rajan A; Abishek K R
Volume/Issue :
Volume 7 - 2022, Issue 1 - January
Google Scholar :
http://bitly.ws/gu88
Scribd :
https://bit.ly/33NxCw7
DOI :
https://doi.org/10.5281/zenodo.6259005
Abstract :
In the field of orthopedics, the use of additive
manufacturing (AM) has skyrocketed. Anatomic models,
surgical instruments and tool design, splints, implants,
and prosthetics are all examples of AM applications. A
review of several research papers reveals that patientspecific orthopedic procedures have a wide range of
applications and can help guide future development. This
work aims to figure out how to make the most of additive
manufacturing applications in the orthopedic field. It also
explains how to prepare a 3D printed model using this
technology and gives examples of orthopedic applications.
In the field of orthopedics, AM provides a versatile
solution in which customized implants can be molded to
the appropriate shape and size, allowing for replacement
with customized items. This technology creates a 3D
model of the patient's anatomy that can be used to
conduct mock procedures and is useful for extremely
complex surgical pathologies. A plaster cast is mainly
used for the treatment of fractures but it has some side
effects such as itching, burning sensations, etc., so an
alternative made of PLA material(which is devoid of the
mentioned side effects) is developed. This model is
developed for curing TFCC(Triangular Fibro Cartilage
Complex) tear which is a type of fracture that may take
as long as 12 weeks to heal. The model is designed in such
a way that it should fit any person no matter what the size
of their hand is. It simplifies the surgeon's job and
improves the operation's success rate. By allowing for
infinite geometric flexibility, AM allows for a better fit
implant for each patient Various scanning methods are
used to capture the status of bone defects, and this
technology is often used to print the model. It produces a
precise physical model that can be used in medical
education, surgical preparation, and training. Since each
patient's data is unique, this technology will aid in the
resolution of current issues.
Keywords :
3D printing, Additive manufacturing (AM), TFCC.
In the field of orthopedics, the use of additive
manufacturing (AM) has skyrocketed. Anatomic models,
surgical instruments and tool design, splints, implants,
and prosthetics are all examples of AM applications. A
review of several research papers reveals that patientspecific orthopedic procedures have a wide range of
applications and can help guide future development. This
work aims to figure out how to make the most of additive
manufacturing applications in the orthopedic field. It also
explains how to prepare a 3D printed model using this
technology and gives examples of orthopedic applications.
In the field of orthopedics, AM provides a versatile
solution in which customized implants can be molded to
the appropriate shape and size, allowing for replacement
with customized items. This technology creates a 3D
model of the patient's anatomy that can be used to
conduct mock procedures and is useful for extremely
complex surgical pathologies. A plaster cast is mainly
used for the treatment of fractures but it has some side
effects such as itching, burning sensations, etc., so an
alternative made of PLA material(which is devoid of the
mentioned side effects) is developed. This model is
developed for curing TFCC(Triangular Fibro Cartilage
Complex) tear which is a type of fracture that may take
as long as 12 weeks to heal. The model is designed in such
a way that it should fit any person no matter what the size
of their hand is. It simplifies the surgeon's job and
improves the operation's success rate. By allowing for
infinite geometric flexibility, AM allows for a better fit
implant for each patient Various scanning methods are
used to capture the status of bone defects, and this
technology is often used to print the model. It produces a
precise physical model that can be used in medical
education, surgical preparation, and training. Since each
patient's data is unique, this technology will aid in the
resolution of current issues.
Keywords :
3D printing, Additive manufacturing (AM), TFCC.
