SAM #0012404413

Laser Hair Removal Device and Setup Services for Defense Health Agency Dermatology Department

The Defense Health Agency (DHA) in Portsmouth, Virginia, is seeking a laser hair removal device for its Dermatology Department. - Government Buyer: - Defense Health Agency (DHA), Dermatology Department - Products Requested: - Laser hair removal device with dual wavelengths: 755nm (Alexandrite) and 1064nm (Nd-YAG) - Device must support spot sizes from 1.5mm to 24mm (minimum 18mm preferred) - Non-contact dynamic cooling system - FDA cleared for hair reduction and vascular lesion treatment - Services Requested: - Delivery, setup, recalibration, beam alignment, test firing, and full testing of the device - Transport by experienced carrier to the dermatology department - Unique Requirements: - Device must be capable of treating both hair removal and vascular lesions - Cooling system compatibility with existing clinic lasers is advantageous - Vendor is not responsible for de-installation of existing equipment - OSHA requirements for laser eye protection and smoke evacuators are already met - No specific OEMs, brands, or part numbers are mentioned in the solicitation

Description

Laser hair removal device with long pulsed 755nm (Alexandrite) and 1064nm (Nd-YAG) wavelengths with non-contact dynamic cooling. (One Unit)

The laser is primarily used for laser hair reduction in accordance with DoW regulations to have this available for active duty members to support grooming standards. The laser is used everyday – about 10-15 times per day (medical value – 10-15k per day). These lasers can also be used from vascular lesions and this requires having smaller spots sizes – 1.5mm and 3mm.  Hair removal requires larger spot sizes – 12mm to 24mm.  It would be acceptable to have the upper limit be 18mm in size but preferred to have larger options as well. These devices are typically FDA cleared. OSHA requires laser eye protection and smoke evacuators which we already have. This does not need to be compatible with existing equipment but it would be advantageous for it to use the same cooling system as current lasers in our clinic which use dynamic cooling (currently 2 other lasers) to prevent the need to complicate ordering equipment in the future

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