Nanosteam implementation in synthetic Limbs
After the Wrychuns drove away the Nebro invasion, they introduced prosthetic surgery that made use of advanced nanotechnology. The replacement limbs were designed and calibrated to work exactly the same as the patient’s real limbs in terms of flexibility and strength.
Enhanced Sensory Feedback: Nanotechnology provides sensitive and precise sensors for the Wrychun synthetic limbs. Integrating nanoscale sensors into the prosthetic delivers real-time pressure, temperature, and texture feedback, allowing users to experience a more natural and immersive sensation.
Nanomaterials also offer enhanced strength, flexibility, and durability compared to traditional materials. Nanocomposites and nanofibers create lighter, stronger, and more resilient limbs able to withstand abnormal pressures.
Nanoscale components, such as nanoelectrodes, integrated with nerve tissue or muscles, establish a direct and efficient connection between the artificial limb and Wrychun’s nervous system, allowing improved motor control and dexterity.
Nanotechnology also provides self-healing properties to synthetic limbs. Incorporating self-repairing materials at the nanoscale extends the lifespan of prosthetics and reduces the need for frequent repairs or replacements.