Bone cancer is a term to define several kinds of cancer that develop in the bones. To treat bone cancer, doctors conduct surgery, use radiation therapy and chemotherapy. It also requires the replacement of the diseased part of the bone. The innovative technology of 3d printing is now being used in treating complex medical procedures such as in the treatment of bone cancer. With AM technique, 3d model of tumour or cancer is manufactured that plays a significant role in the treatment of the disease. This technology is providing a better solution in treating bone cancer.
Incredible AM Pvt Ltd located in Pune has a wide experience in manufacturing 3d printed patient-specific implants. The state-of-the-art infrastructure plant provides all the facilities in 3d printing that is applied in treating various orthopaedic conditions. We at Incredible, in collaboration with doctors and engineers, prepare the customised model, implant surgical tools to treat various bone cancers.
How 3d printed implant of diseased bone is obtained?
The treatment begins with the additive manufacturing of 3d model of cancer that helps to study and understand the nature of the disease. Here, the idea is to customise the treatment of bone cancer. Surgeons remove the tumour from the bone. With the help of advanced software, CAD image and 3d printed model of the part are obtained. The data is then used to guide further surgery. The patient-specific implant is obtained that is implanted in the body to perfectly fit the space left in the bone. This implant is also used for testing and providing medication to the patient. The flexibility achieved by using different software increases the accuracy and reliability of the process.
Benefits of the innovative method in treating bone cancer
Time is crucial in treating any cancer. Each second matters for saving a patient’s life. 3d printing offers a time-saving procedure.
3d printing produces accurate prototypes and finished implants and biocompatible surgical tools. It speeds up the initial stages of product development and enables researchers and doctors to study the artefacts in detail without the complication of any risk.
The technology facilitates in identifying the type of cancer quickly and provides a proper introduction to the strategy to be followed during treatment. With the help of software, it becomes easy to monitor various stages of cancer.
It enables the provision of the proper dose of medication and therapy to kill cancer cells. It helps doctors to personalise treatment and also patients in fast recovery.
The whole procedure is time-saving, accurate and cost-effective. It thus, a new hope for people suffering from bone cancer.
Incredible at Pune is most preferred for patient-specific implants in treating bone cancer!
Our manufacturing unit located in Pune is equipped with the latest technology and US FDA and CE approved licensed software. We have a team of experienced engineers and medical experts who work to give the best result. We use the most suitable biocompatible material such as Ti6AI4V ELI alloy in preparing the implant. We manufacture implants that perfectly fit the geometry of the patient.
We maintain and follow the prescribed standards for quality assurance. We have 10,000 cleanroom where implants are manufactured in an infection-free and germ-free environment. Our plant is ISO 13485:2016 certified. We also get our equipment validated regularly through the NABL laboratory.
We manufacture 3d printed patient-specific implants at a much faster rate. This helps in speedy treatment.
Our implants and services are of high quality and at a cost-effective price.
Conclusion
3d printed implants are proving a boon in the medical field. It is being used to make the intricate process of surgeries much easier, risk-free and in lesser time. In treating a bone cancer patient, similarly, it’s a new hope. Our Incredible AM Pvt Ltd with an experience of over 40 years strives to offer high-quality 3d printed customised implants for patients with bone cancer. It is a one-stop spot for all the requirements of customised implants.
