This procurement is for one long-pulsed laser hair removal device with 755nm and 1064nm wavelengths and non-contact dynamic cooling. It will be used daily for laser hair reduction to support active duty grooming standards and can also treat vascular lesions. Spot size requirements include small 1.5mm/3mm for vascular work and larger sizes up to at least 18mm, preferably larger, for hair removal. The device should be FDA cleared, as the clinic already has the required laser eye protection and smoke evacuators. Compatibility with existing equipment is not required, but sharing the same dynamic cooling system as current clinic lasers would be advantageous.

This is a requirement for one long-pulsed laser hair removal device combining 755nm Alexandrite and 1064nm Nd-YAG wavelengths with non-contact dynamic cooling. It is intended primarily for daily laser hair reduction to support active duty grooming standards, with an estimated clinical use of 10–15 procedures per day. The device should also support vascular lesion treatment, requiring smaller spot sizes (1.5mm and 3mm), while hair removal needs larger spot sizes (12mm to 24mm; 18mm acceptable but larger preferred). The equipment should be FDA cleared and does not need to integrate with existing systems, though using the same dynamic cooling system as the clinic’s current two lasers would be advantageous for future procurement. No budget, performance location, or submission-related timelines are specified.

This opportunity is for the supply of one laser hair removal device combining long-pulsed 755nm Alexandrite and 1064nm Nd:YAG wavelengths with non-contact dynamic cooling. The laser is intended for daily use on active duty members to support grooming standards, with an estimated medical value of 10–15k per day. It must support vascular lesion treatment with 1.5mm and 3mm spot sizes, as well as hair removal with larger spot sizes ranging from 12mm to 24mm; an 18mm upper limit is acceptable, though larger options are preferred. The device is expected to be FDA cleared, and no integration with existing equipment is required, though using the same dynamic cooling system as the clinic’s current lasers would be advantageous. Eye protection and smoke evacuators are already available on site.