Three dimensional bioprinting is the utilization of 3D printing – like techniques to combine cells , growth factors , and biomaterials to fabricate biomedical parts that maximally imitate natural tissue characteristics . Later they are used in medical and tissue engineering fields . Bioprinting covers a broad range of biomaterials .
The process of 3D bioprinting principally involves preparation , printing , maturation , and application . This can be summarized in the three key steps :
• Pre-bioprinting
• Bioprinting
• Post-bioprinting
drawbacks and advantages bibliography of the 3D technology
SOME DRAWBACKS
• High Energy Consumption
• 3D printing technology is expensive
• 3D printers are slow
• Production of Dangerous Weapons
In a lot of industries , 3D printing provides countless benefits . However , it is not going to replace traditional manufacturing . It is
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SOME ADVANTAGES
• Less machine , material and labour costs
• Reduction in Storage Space
• It is Fully Customizable
Many different industries are starting to introduce 3D printing into their processes in an attempt to benefit from using the technology . It is a technology that has grown considerably in recent years and it will continue to grow as it continues to fine-tune what it has to offer .
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