Attention：For this special DLP9000 TIR prisms, MOQ is 10pcs now ,Lead time is 50days. UV 405nm DLP6500 TIR prisms have stock now. 0.9 inch Total Internal Reflection (TIR) prisms for the TI DMD DLP9000 Projection System Our custom TIR prisms are manufactured to the highest quality standards, ensuring top-notch quality and reliability. These 0.9 inch Total Internal Reflection (TIR) prisms for TI DMD DLP9000 Projection System accurately direct incident light to a DMD chip, ensuring a crisper image. These TIR prisms are the ideal choice for use in any TI-DLP 9000 projector system. They are built from high-end optical components and offer excellent value for money. The finest quality: When you choose to buy 0.9 inch Total Internal Reflection (TIR) prisms from us, you can be confident that you are getting the finest quality products available in the market today. Achieve crisp and clearer projections: The Total Internal Reflection (TIR) prisms add a little extra light power to the image, making sharper and clearer projections. Eco-Friendly Manufacturing Process: We care for the environment and we want to make a positive impact on the planet as we grow. Expect that these TIR Prisms for your DLP6500 projector system are manufactured under the appropriate environmental protection standards. Wide variety: SICUBE's high precision prisms include TIR prisms, RTIR prisms for DLP light engines, PBS prisms, combination prisms, biometric prisms, AR prisms, and more. More Details: Full process machining and testing capability Customized production, timely delivery Processing capacity: angle accuracy: 5"; surface accuracy: within 1/10 λ; dimension accuracy: + 0.02mm Green production, environmental protection SICUBE can produce various sizes of TIR and RTIR prisms for DLP projection optical systems, suitable for 0.2, 0.3, 0.45, 0.47, 0.65, 0.95-inch DMD chips. In addition to providing conventional visible TIR/RTIR prisms, SICUBE provides both 365 nm-405 nm and 750 nm working band TIR prisms for 3D printing and sweeping requirements.
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