The DLP9500UVFLN is a cutting-edge digital micromirror device (DMD) engineered by Texas Instruments for high-resolution ultraviolet (UV) light applications. This advanced microelectromechanical system (MEMS) is a key component in a variety of sophisticated equipment, including 3D printing, lithography, medical imaging, and direct imaging applications that require precise light control with UV wavelengths.

Key Features

• High Resolution: With a pixel array of 1920 x 1080, the DLP9500UVFLN offers full HD resolution for sharp and detailed imaging.
• UV Optimized: Designed to work with UV light, this DMD can handle wavelengths from 363 to 420 nm, making it perfect for applications that require UV light processing.
• High-Speed Switching: The micromirrors can be repositioned rapidly to switch the direction of reflected light, enabling high-speed, precise light patterning.
• Programmable Patterns: Users can create custom light patterns through the advanced control of individual micromirrors, allowing for a wide range of applications and flexibility in design.
• Reliability: The device is built to last and perform consistently in demanding environments, ensuring a long operational life for the equipment it is integrated into.

Applications

• 3D Printing (Stereolithography)
• Maskless Lithography
• Medical Imaging (Dental, Dermatology)
• Holographic Data Storage
• Direct Imaging for Printed Circuit Board (PCB) Manufacturing

The DLP9500UVFLN is part of Texas Instruments' DLP® products that are renowned for their innovation and performance in digital display technology. Integrating this DMD into your UV light applications not only ensures high-resolution imaging capabilities but also offers unparalleled precision and control over your light patterns. Whether you are advancing technology in industrial 3D printing or developing new medical imaging techniques, the DLP9500UVFLN from Texas Instruments provides the reliability and flexibility needed to push the boundaries of what's possible.