3.1. Objectives The University of North Texas Health Science (UNTHSC) in Fort Worth is Seeking a vendor to provide a nanosecond laser tattoo removal system. The system will be used to remove forced tattoos, often referred to as "branding", are a common form of physical and psychological abuse in human trafficking. Laser tattoo removal allows for the physical erasure of these traumatic markers which is directly correlated with a reduction in psychological distress and post-traumatic stress symptoms 3.2. System Specifications 3.2.1 Wavelengths ▪ 532 nm ▪ 1064 nm ▪ 730 nm ▪ 785 nm 3.2.2 Beam Delivery Technologies ▪ Full beam ▪ Micro-beam (Resolve) ▪ Micro-beam with surrounding fusion ring (Resolve Fusion) 3.2.3 Spot Sizes ▪ Zoom: 2-10 mm ▪ 730 nm: 2, 3, 4 mm ▪ 785 nm: 2, 3, 4 mm ▪ Resolve: 6x6 mm ▪ Resolve Fusion: 6x6 mm 3.2.4 Pulse Duration ▪ Ultra-short picosecond pulses for precision and minimal thermal damages 3.2.5 Customizability ▪ Adjustable wavelength, energy, spot size, and repetition rate for tailored treatments. 3.2.6 Performance Features ▪ Enhanced arm for extended reach, stability, and precise beam alignment. ▪ Fast initiation time (ready to use in less than 2 minutes). ▪ Long flashlamp life with Pulse on demand technology. 3.2.7 Ergonomics ▪ Lightweight handpieces and articulated arm for user comfort. ▪ Conveniently sized device for easy movement between treatment rooms. 3.2.8 Applications ▪ Tattoo removal (wide range of colors, including challenging blue and green inks). ▪ Treatment of benign pigmented lesions (e.g., lentigines, Café au lait macules, Nevus of Ota). ▪ Acne scars and wrinkle reduction. ▪ Melasma treatment.
