Description

M&R’s i-Image STE is the world’s first all-in-one computer-to-screen (CTS) imaging and UV LED exposure system (patent pending). By combining CTS imaging and UV LED screen exposure in one machine, M&R has dramatically reduced the time and effort required to prepare images for screen printing. On the inward pass, i-Image STE uses specially-formulated water-based UV-blocking ink and advanced high-resolution CTS inkjet printer technology to quickly generate opaque images on emulsion-coated screens. On the outward pass, the built-in high output UV LED exposure system exposes imaged screens, producing screens that can be taken directly to washout. CTS images are superior to traditional film positives, delivering greater detail and smoother halftone transitions. i-Image STE eliminates the need for costly film positives, as well as the space and labor required to store and retrieve them. Because the image information is digital, it’s easy to store and quick to retrieve.

i-Image STE’s onboard UV LED exposure system streamlines workflow and increases productivity, delivering fast, superior curing with exponentially lower energy costs. Not only do LEDs use far less energy, they’re only on during the exposure process. Since light from the LEDs is contained within the machine, i-Image STE can be located in screen rooms. i-Image STE also eliminates the need for a separate screen exposure unit, freeing up precious screen-room floor space. And, unlike expensive metal-halide bulbs that require replacement every year or two, i-Image STE’s UV LED light source can last up to 15 years. The i-Image STE computer-to-screen imaging & exposure system includes computer, monitor, and M&R’s proprietary software. By providing complete control of print and exposure parameters, the software ensures high-quality screen images at production-level speed. It provides full image scaling and positioning, has 20-exposure presets for common applications, and can be user-customized for specific art types, various mesh counts, and types of emulsion.