Do you have a question about the MIMAKI UJF-7151 plusII and is the answer not in the manual?
Explains how menu items and buttons are marked in the document using square brackets.
Defines symbols indicating important or useful information for product usage.
Details the available braille printing modes: Standard, High-speed, and Compliant.
Explains Standard and High-speed braille printing modes and their characteristics.
Compares Standard and High-speed braille printing modes, including visual representations.
Lists supported ink sets and modes for UJF-3042MKlle, including print conditions.
Lists supported ink sets and modes for UJF-6042MKlle, including print conditions.
Steps for preparing RasterLink, including creating hot folders and installing profiles.
Instructions on creating braille data in Illustrator using braille fonts or the ellipse tool.
Guide to configuring braille settings in RasterLinkTools and outputting to RasterLink.
Steps for checking job properties in RasterLink and initiating the print execution.
Explains how menu items and buttons are marked in the document using square brackets.
Defines symbols indicating important or useful information for product usage.
Details the available braille printing modes: Standard, High-speed, and Compliant.
Explains Standard and High-speed braille printing modes and their characteristics.
Compares Standard and High-speed braille printing modes, including visual representations.
Lists supported ink sets and modes for UJF-3042MKlle, including print conditions.
Lists supported ink sets and modes for UJF-6042MKlle, including print conditions.
Steps for preparing RasterLink, including creating hot folders and installing profiles.
Instructions on creating braille data in Illustrator using braille fonts or the ellipse tool.
Guide to configuring braille settings in RasterLinkTools and outputting to RasterLink.
Steps for checking job properties in RasterLink and initiating the print execution.
The Mimaki UJF-7151 plusII / UJF-3042MkII e / UJF-3042MkII EX e / UJF-6042MkII e series of printers are designed for high-speed braille printing, offering a versatile solution for creating tactile signage and other braille-enabled products. This guide focuses specifically on the braille printing capabilities of these models, outlining the various modes, supported ink sets, and operational procedures.
These Mimaki UJF series printers are capable of producing braille using UV-curable inks. The core function is to create raised dots that conform to braille standards, allowing visually impaired individuals to read tactile information. The printers offer three distinct braille printing modes: Standard mode, High-speed mode, and Compliant mode. Each mode caters to different requirements in terms of speed, ink usage, and compliance with specific braille standards (JIS and ADA).
In Standard mode, braille is printed exclusively using clear ink. This mode provides flexibility in specifying parameters such as braille dot height and the overlay order with color images. This means users can decide whether the braille is printed over or under a color design, offering creative control over the final product's appearance and tactile quality.
The High-speed mode utilizes a mixture of multiple inks to create braille. For most models, this involves a combination of CMYK inks. However, for the UJF-7151plusII, braille in high-speed mode is printed by mixing special colors in addition to CMYK ink, potentially offering a wider color gamut or specific tactile properties. This mode is designed for faster production while still maintaining quality. An optional feature in high-speed mode allows for the printing of white ink over the braille, which can enhance visibility or provide a contrasting background for the tactile dots.
The Compliant mode is specifically designed for creating braille that adheres to JIS (Japanese Industrial Standards) and ADA (Americans with Disabilities Act) compliance. This mode ensures that the braille dots meet the required specifications for height, spacing, and other parameters, making it suitable for public signage and accessibility applications. More detailed information on this mode is available in a separate "Braille Printing Guide."
The printers facilitate the creation of braille data through integration with design software like Adobe Illustrator. Users can either employ a braille font or utilize the Ellipse Tool to precisely position dots according to braille grammar and syntax. This allows for accurate and customized braille designs.
The technical specifications for braille printing vary depending on the printer model and ink set. Key specifications include:
The workflow for braille printing is structured to guide users through the process, from initial setup to final output:
Recommended Media: The manual provides a table of recommended substrates for different ink types (LH-100 and LUS-120). These include Polycarbonate, Polystyrene, ABS, and PET with Adhesive Coating (HK31WF and U292W). Using non-recommended media may lead to issues such as media warping, rubbing against print heads, or ink peeling. Users are advised to always confirm print quality and adhesion when using alternative media.
While the manual primarily focuses on operational procedures rather than explicit maintenance features, several points imply aspects of maintenance or best practices:
In summary, the Mimaki UJF series printers offer a robust and flexible platform for braille printing, with modes and settings designed to meet diverse application needs, from high-speed production to compliance with accessibility standards. The detailed workflow and software integration aim to provide a user-friendly experience, while adherence to recommended media and software updates contributes to the longevity and consistent performance of the device.












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