Transhumanist
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Err pardon me.....cant we manufacture it like intel chips on large scale to cut down the cost.
You can, but where's the demand and justifies such an expansive manufacturing run? Intel sells over 100 million microprocessors in a single quarter:
http://www.tomshardware.com/news/intel-finance-record-revenue-3q13,27889.html
In the US alone there are only around 10,000 persons who would be eligible for Argus II according to its developer Mark Humayun.
FDA Approves World's First Artificial Retina
- The American Society of Retina Specialists
Mike Jumper: How many patients could the Argus II be useful for in the United States?
Mark Humayun: The Argus II is approved as a humanitarian-use device, so it’s for an orphan indication; this is because even though RP has an incidence of about 1 in 4000, the number of patients who end up with this severe loss is smaller—there are probably 10,000 such patients today, with an annual incidence of a few hundred patients. That’s whom it’s planned for initially.
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That's still a significant number of people, world-wide it would be even greater, but not enough to justify a long production run. It's a niche production.
Factor in support programs, the cost of surgery - including anesthesia, training for the patient, staff and personnel and the cost isn't likely to drop significantly.
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3d printing could lower the cost of production, but not the cost of other factors such as surgery or after-procedure care:
3D Printer Helps Create Bionic Eye - eTeknix
3D Printing Creates Low-Cost Prosthetic Fingers | 3D Printing content from Machine Design
3d printed electronics are in their infancy however, but their progress is expanding rapidly too:
The CIA Is Investing In 3D Printers That Can Build Electronics