This unique function effectively eliminates motion blurring by inserting intermediate frames between images to create smoother motion transition. What’s more, this function can be programmed to check colour manually or automatically at regular intervals to deliver stable image quality with minimum maintenance.Įnjoy clearer, sharper playback even on fast-moving subjects with Epson’s Frame Interpolation Technology. It also detects subtle colour inconsistencies between multiple projectors. The built-in camera detects screens that have become unevenly coloured over time, allowing the projector to automatically correct colour. With the colour adjustment function, you can easily adjust the hue, saturation and brightness for each component of RGBCMY to match your preferences.Īuto Colour Calibration with Built-in Camera And with image data processed frame by frame, even rapid motion remains crisp.
High-definition Images with 4K Enhancement TechnologyĤK enhancement technology shifts each pixel diagonally by 0.5 pixels to double the resolution to 3840 x 2160, surpassing Full HD image quality to give you unbelievable sharpness, clarity and detail on all your presentations.Įpson’s super-resolution technology delivers razor-sharp images even when projecting low-resolution content onto large screens. With WUXGA resolution (1,920 x 1,200 pixels), you enjoy a sharp, clear display of Full HD video (1,920 x 1,080 pixels) images down to the smallest details even on large-screen projections for an incredible dynamic viewing experience.
This combined with the Constant Brightness mode maintains brightness at a given value to match the venue or subject to deliver astonishing picture quality. The EB-L1200U provides precise brightness adjustment in increments of 1%. The advanced optical engine in the EB-L1200U precisely adjusts the blue and yellow light to create brilliant white highlights, bringing a refreshing vibrancy to your images. White light is created through combining the blue and yellow light beams. Time varies depending on usage conditions and environments. Measured by acceleration test assuming use of 0.04 - 0.20 mg/m³ of particulate matter. * Approximate time until brightness decreases 50% from first usage. And with the advanced electrostatic filter having an equally long-lasting life, you enjoy peace of mind in using these highly reliable laser projectors. This eliminates the worry of the projector light burning out during mission-critical presentations.Įngineered with inorganic LCD panels and an inorganic phosphor wheel, this newly designed laser light source delivers 20,000 hours* of maintenance-free** use. With multiple laser diodes to rely on, the screen won’t go black even if one diode goes out. By combining this with our inorganic LCD panels, we create laser projectors that project bright, vibrant images for extremely long periods. Made of inorganic material, Epson’s newly developed phosphor wheel offers superior light and heat resistance to deliver excellent reliability. Inorganic LCD panels and phosphor wheel for outstanding reliability Each of the three colours passes through LCD panels, producing three individual images, which are transmitted through a prism and combined into the final full-colour image. The two beams are then recombined into white light and separated into red, green and blue through dichroic mirrors. One beam is reflected by a phosphor wheel, changing it into yellow, while the other beam remains blue. Paper over each faceplate.Blue light from the laser is projected through a beam splitter, which divides the light into two beams. Use a utility knife to cut out the openings for the electrical plug and then replace the faceplate. Fold the paper around the plate and smooth the edges into the back. With the faceplace paper side down on a table, trim the border down to 1/2 inch and cut off the corners. Hold the faceplate up to the outlet and attach the wallpaper so that it matches the pattern.
Apply vinyl-to-vinyl paste to both the faceplace and the paper.
Sand and prime the front and measure a piece of wallpaper that is 1 inch longer on all four sides. Paper over each faceplate before placing the faceplates back on walls. Trim the extra off and then fold the edges in. Then, use a utility knife to slice the paper from corner to corner. Paper over the space as if it were a solid wall. Shut off the power to any outlet you’ll be papering over, and remove the faceplate.