I. Service Overview and Target Customers
First of all, it should be clarified that the Maxcross Design print files are 300 DPI bitmap TFT files that are fully typeset, with all layers merged and ready for direct printing output. We do not provide original editable vector design files in AI or EPS format with preserved editable preset layers.
Maxcross Printing File Service is a professional pre-press file output solution designed for local printing production scenarios. Focusing on delivering finished layout files ready for final printing and die-cutting procedures, the service caters to the local production demands of graphic design studios and individual buyers. It effectively resolves common pain points including tedious pre-press drawing, complicated layout work and high file production difficulty. Users can skip complex early-stage design and typesetting procedures and directly connect to local production workflows. By streamlining pre-print preparation processes and cutting production costs, it serves as a high-quality solution for fast graphic product manufacturing.
II. Two Core Types of Output Files
This service provides two matched exclusive production files to support integrated printing and die-cutting workflows. Combined as a complete production file package, they fully meet diverse finished product manufacturing requirements.
The first type is the pre-typeset graphic design output file (.TFT). Fully typeset in advance, this file contains complete graphic patterns and layout effects, acting as the core source file for printing procedures. The second type is the supporting vector die-cut file (.CDR), specially developed for subsequent edge trimming, die-cut shaping and other deep processing procedures. Both files adopt a unified coordinate positioning system with fully consistent and accurate alignment points. This matching design fundamentally eliminates pattern displacement and outline misalignment issues between printed graphics and die-cut contours, avoids product defects such as pattern deviation and uneven cutting during production, and ensures high finished product yield rates.
2.1 Basic File Parameters
To optimize user experience, all layout files adopt a uniform media size of 1200mm × 600mm. The actual printable size after margin reservation is 1175mm × 570mm, covering the full range of coordinate points. This specification is widely compatible with most large-format printers on the market; any printer with a maximum width of over 650mm can fully adapt to it. All production files adopt the standard CMYK commercial color mode and are exported as 300 DPI high-resolution TFT bitmaps, delivering standard color performance and clear image quality. Highly compatible with most printing devices, the files fully support commercial mass production.
In addition, standard 6mm cutting margins are reserved for all graphic edges to adapt to integrated printing cutters and flatbed cutters, effectively preventing cutting errors during production.
2.2 Applicability of Core TFT Typesetting Printing Files
The standard 1200mm×600mm TFT core printing file is compatible with printers with different effective printing widths. Narrow-width devices support vertical printing, while wide-width devices adapt to horizontal printing. Based on practical production experience, compact plane layout of complete MX or ENDURO plastic specifications generally keeps the overall layout area within 1 square meter. Most mainstream large-format printers on the market feature a width range of 650mm–1600mm. Therefore, dividing the entire layout into two standard 1200mm×600mm sheets perfectly matches the working parameters of common printing devices.
Furthermore, the specifications of printing media and protective films required for different production processes are typically 610mm, 915mm, 1240mm or 1600mm. Large bike models may require 3 sheets of standard media, while mini bike models only need 1 sheet. Accordingly, the standardized 1200mm×600mm printing format is the most reasonable specification that fully adapts to diverse materials and device compatibility requirements.
2.3 Applicability of CDR Vector Cutting Files
The CDR cutting file perfectly matched with the TFT file features completely consistent coordinate points and dimensional specifications. Standard 6mm cutting margins are reserved for all graphic edges, and the effective cutting range including coordinate points is 1175mm × 570mm. A 250mm blank margin is reserved for the 1200mm-long printing media to adapt to traditional roller-fed plotters with continuous paper feeding, meeting the working margin requirement of pressure rollers at the paper feeding end.
Flatbed cutters are strongly recommended for the die-cutting process, which can cut through materials and achieve one-step forming with higher precision and efficiency. A flatbed cutter with a minimum effective cutting width of over 600mm and a minimum cutting length of 1800mm is fully competent. Small studios do not need to purchase large, space-consuming and expensive industrial flatbed cutting equipment.
2.4 Low-Threshold Compatibility of Cutting Methods and High-Precision Application Features of Foolproof Coordinate Point Mode
The CDR vector cutting file can be freely exported as EPS or DXF formats to adapt to mainstream cutting devices on the market. Users can merge TFT and CDR files and export them as EPS files for integrated print-and-cut devices to realize synchronous printing and cutting. Alternatively, users can delete the preset coordinate points in the CDR layer after merging, and add exclusive coordinate points matching their own equipment via supporting software to complete automatic edge-finding cutting.
Moreover, the CDR file can be directly exported as DXF for industrial flatbed cutters. For ordinary passive flatbed cutters without automatic edge-finding function, the preset coordinate points of the files feature a foolproof and highly precise application mode. Users only need to align the origin and end coordinate points parallel to the Y-axis track of the cutter’s long side, and calibrate the cutter head origin to the origin coordinate point on the media to achieve high-precision edge-finding cutting.
Regardless of the cutter brand, cutting mode or calibration method, all cutting devices are equipped with an origin setting function. High-precision cutting can be achieved simply by placing the media parallelly on the cutting platform and calibrating the device origin.
2.5 Customization and Cooperation Service
We support customized product specifications and exclusive supporting services. According to users’ equipment properties, production processes and personalized requirements, we provide one-on-one adaptive adjustments and customized pre-press solutions to build long-term and stable cooperative partnerships.
2.6 The detailed instructions for use will be contained in the zip file.
III. Universal Compatibility with Equipment and Inks
Maxcross adopts highly universal standardized file dimensions compatible with most mainstream printing devices on the market. Optimized for wide applicability, all file specifications support all major brands of large-format roll printers and flatbed printers with an effective printing width of over 60cm. Users do not need to repeatedly adjust file parameters according to different device models.
Furthermore, the files support mainstream printing inks, including weak solvent ink, UV ink, and water-based pigment ink. Such extensive ink compatibility enables the files to adapt to various printing environments and production requirements, covering most personalized custom printing and commercial printing scenarios worldwide.
IV. Flexible Color Mode Settings
To comply with standard commercial printing specifications, Maxcross graphic design output files are preset to the CMYK color mode. This conforms to mainstream commercial printing standards, ensuring accurate color reproduction and preventing severe chromatic aberration in mass production. Meanwhile, flexible adjustment options are reserved for personalized production needs. Users can independently switch the file color mode to RGB effortlessly to adapt to diverse manufacturing scenarios.
V. Compatibility with Multiple Production Processes
The matched .TFT and .CDR file combination features outstanding process compatibility and supports a wide range of mainstream industrial printing and die-cutting workflows. Applicable processes include printing followed by film lamination and cutting, mirror printing, glue lamination and subsequent die-cutting, and integrated printing and cutting forming.
Regardless of the production process adopted, users only need minor parameter fine-tuning to put the finished files into formal production. It eliminates repetitive pre-press work such as design creation, layout debugging, and file correction and adaptation, significantly lowering the technical barriers, labor costs and time costs of printing and die-cutting production, and greatly improving overall production efficiency.
VI. Service Advantages and Value
Tailored for local pre-press production scenarios for graphic design studios and individual buyers, Maxcross Printing File Service streamlines cumbersome pre-production preparation procedures, lowers professional barriers for printing and die-cutting processing, and comprehensively improves local production efficiency. For individual buyers, it eliminates long transportation cycles and reduces local production costs. For commercial design studios, it shortens project development cycles, saves labor and time costs, and realizes high-quality resource sharing. It effectively enhances core competitiveness in local markets and continuously delivers convenience and economic benefits for local commercial order businesses and personal creative projects.
