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This simple pump source enables the construction of a Cr:LiSAF laser that (i) has an estimated total material cost below US$ 5k, (ii) has a footprint of about 20×30 cm, (iii) does not require active cooling, and (iv) can be driven by batteries.
The high cost of laser unit (approximately $85,000) and the availability of equally effective and more reasonably priced alternatives require careful attention to the cost-effectiveness of the laser.
In early glaucoma, both laser and medical treatment were cost-effective (ICERs of initial laser and initial medical treatment over observation only, were R$ 2,811.39/QALY and R$ 3,450.47/QALY).
Hence, screening with VIA 5 years at an incremental cost of US$ 829 (INR 54,881) per QALY gained is the recommended strategy for India.
In treatment of phakic patients with DME, ranibizumab with deferred laser provided an additional 6 letters correct compared with triamcinolone with laser at an additional cost of $19 216 over 2 years.
This is the smallest reported energy cost for any type of semiconductor laser.
COST When compared with the laser technique, the method is less expensive.
The laser structure is simple and cost-effective.
The simplicity of the setup makes this a very cost-effective tunable fiber laser.
This laser offers performance approaching that of standard Ti:sapphire lasers at a fraction of the cost.

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