On a daily basis, the healthcare industry deals with human life. The stakes are so high that a single mistake could put lives at stake. As a result, it is self-evident to put faith in the proper method and equipment.
The effectiveness of the healthcare system is highly dependent on the usage of cutting-edge technologies.
Augmented reality in healthcare is one such technology that has incredible potential. Even experts find it suitable for cosmetic surgery or plastic surgery.
The global augmented reality market was worth $ 8.59 billion in 2020, and it is speculation that it will grow to $137.14 billion by 2028. It will have a CAGR of 57.21 percent.
It shows how effortlessly augmented reality is covering the market.
If we precisely talk about augmented reality in healthcare, in 2021, it was $1415.23 million hefty. However, there is speculation that this number will touch $5503.95million in 2026.
Understanding augmented reality
In essence, augmented reality is a real-time computer-generated representation of reality and tangible objects. These graphics can also be rendered in 3D for easier viewing and comprehension.
You’ll need a camera-equipped device, such as a smartphone or eyeglasses, to view these simulated photos. When a user directs the gadget at an object, computer vision technology recognizes it. It analyses the video stream before displaying the augmented image.
This technology is beneficial in healthcare and has even been introduced in cosmetic surgery and facial reconstruction surgery.
An educator can illustrate human anatomy to medical students using augmented reality. It aids in a better understanding of internal organs such as the cardiovascular system, respiratory system, and urinatory system. After donning a headset and following the instructor’s instructions, students can go through custom-designed visualizations of human anatomy in various positions and scales. Seeing blood or dead bodies is a life-like experience for a medical student.
Augmented reality in cosmetic surgery
Surgeons are using augmented reality to aid with operation planning. They use AR to explore their patients’ anatomy. Furthermore, they must use an AR headset to view the MRI and CT scan findings. Yes, the doctor will have much easier access to all the specifics of the patient’s anatomy.
Doctors will be able to see muscles, bones, and internal organs more clearly using this technology. And all of this is done without causing a single scratch to the human body. AR allows surgeons to perform more precise and low-risk surgeries, which saves time. This method allows a surgeon to plan the procedure ahead of time and avoid potentially dangerous scenarios.
Similarly, augmented reality can help in cosmetic surgery.
It is always necessary to plan ahead of time before putting someone under the knife. That planning is possible because of augmented reality. For reconstructive or plastic surgery, a complete and correct anatomical grasp of the operative site is required. Therefore, we rely on technology.
In augmented reality, new ways to see the three-dimensional view are available. That helps the surgeon watch anatomical elements for pre-operative planning. Virtual reality aids surgeons in assessing anatomical complexity in a virtual environment. In contrast, augmented reality allows digital data to be projected onto the patient prior to and after surgery.
Types of cosmetic surgery AR can help with
Breast implant
The primary goal of a breast implant is to augment the size of the breasts. Breast implants are placed under the breast tissue or the chest muscles by the surgeon.
With augmented reality, a woman can view what the final effect will be following cosmetic breast surgery. Women can even choose the size and contour of their breast implants using AR technology.
Lip augmentation
This cosmetic surgery is for you if you want to enhance your lip by making it larger or plumper. AR allows patients to see themselves in the future as they will appear after surgery. They can see and grasp things before they change permanently.
Rhinoplasty
Rhinoplasty, or a nose job in layman’s terms, is one of the most common types of cosmetic surgery. It can not only treat the medical issue but also contour your nose for a more attractive appearance. Of course, augmented reality can assist with this procedure.
Facelift AR
This cosmetic surgery operation aims to decrease the indications of aging on the face and neck. This cosmetic surgery can be used by people who have sagging, loose, drooping, or wrinkled skin on their faces. AR can once again assist you in comprehending post-surgery alterations.
Liposuction
Many people are depressed as a result of their additional weight. They are the ones who will benefit from this operation. Liposuction is a surgical operation that removes fat from the body using a suction technique. It is beneficial for shaping the abdomen, hips, thighs, buttocks, neck, and arms. AR aids surgeons in visualizing how the patient would appear and how the surgery should proceed for a better outcome.
Benefits of AR in cosmetic surgery
- The patient can see body parts and try to grasp the process and results using a 3D image and computer simulation.
- It is also easier for the surgeon to plan ahead of time for the surgery.
- It allows the patient and surgeon to communicate openly about the operation and the risks involved.
- It promotes better understanding; therefore, if the patient has any questions, they can ask and resolve them before surgery.
Conclusion
Cosmetic surgery is a way to alter a person’s personality. However, it frequently goes wrong and has a negative impact on a person’s confidence and livelihood. However, augmented reality (AR) has emerged as a potential solution.
A virtual image of a technology that offers many advantages ensures a better outcome and a more secure future for the patient. Furthermore, people gain comfort and confidence in their expected post-surgery image. The patient can see themselves in real-time and see how the cosmetic surgery has turned out.
Undoubtedly, augmented reality in healthcare may create new records with this revolutionary technology.
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