The DBM101M14K01 is a 10.1-inch ultra-high-resolution mono TFT-LCD module developed for advanced 3D printing equipment, precision manufacturing systems, and specialized machine interfaces. With a native 13320 × 5120 pixel resolution, an ultra-fine 0.0168 × 0.0248 mm pixel size, full viewing-angle performance, and an exceptionally slim 1.06 mm profile, this transmissive mono LCD provides a high-density display platform for next-generation 3D printer control panels and monitoring systems.
Developed by Shenzhen Aptus Technology Co., Limited, the DBM101M14K01 combines an approximately 230 × 142 mm mechanical outline with a 223.78 × 126.98 mm viewing area and an 8-lane MIPI interface. Its extreme pixel density makes it suitable for applications where manufacturers need to display highly detailed graphics, dense technical information, model previews, machine parameters, and process-monitoring content within a compact display area.
The module is particularly relevant to manufacturers developing professional SLA, DLP, resin, and other advanced 3D printing equipment. Depending on the system architecture, it can be evaluated as a primary control display, secondary monitoring screen, or specialized high-resolution user interface.
The defining characteristic of the DBM101M14K01 is its 13320 × 5120 native resolution. This extremely high pixel count enables the display to reproduce highly detailed graphical content within a 10.1-inch form factor.
For 3D printer manufacturers, this can provide greater flexibility when designing interfaces containing model previews, slice visualization, detailed menus, technical parameters, status information, and diagnostic graphics.
The ultra-fine pixel size of 0.0168 × 0.0248 mm provides a very high pixel density. This is especially valuable for equipment manufacturers looking to create compact displays capable of presenting fine graphical information.
The DBM101M14K01 uses a mono TFT / transmissive LCD architecture. Its monochrome configuration is designed for specialized equipment applications where high-density black-and-white image presentation is required.
This makes the module particularly relevant to dedicated machine interfaces, specialized imaging systems, professional 3D printing equipment, and other applications where a mono display architecture is preferred over a conventional full-color panel.
The module features an 8-lane MIPI interface, providing a high-speed digital interface architecture suitable for handling the large data volume associated with ultra-high-resolution content.
For system designers, the interface specification should be evaluated together with the selected processor, display controller, timing requirements, PCB architecture, signal integrity, cable/FPC design, and software platform.
Aptus can provide additional interface information during technical evaluation.
The DBM101M14K01 is specified with ALL viewing directions, allowing the display to be observed from multiple positions around the equipment.
This characteristic can be useful in professional 3D printing environments where operators, engineers, or technicians may not always interact with the machine from a single centered position.
The module has an outline thickness of approximately 1.06 mm, providing a slim mechanical profile for compact equipment designs.
This can give mechanical engineers more flexibility when developing thin control panels, recessed display structures, and modern printer enclosures. Final integration should account for the complete assembly, including FPC routing, mounting components, protective layers, optical structures, and enclosure tolerances.
| Parameter | Specification |
|---|---|
| Model | DBM101M14K01 |
| Display Type | TFT Mono / Transmissive |
| Display Category | Mono LCD |
| Module Size | 10.1 inch |
| Resolution | 13320 × 5120 pixels |
| Viewing Area / Active Area | 223.78 × 126.98 mm |
| Pixel Size | 0.0168 × 0.0248 mm |
| Outline Size | 230 × 142 × 1.06 mm |
| Viewing Angle | ALL |
| Interface | 8-Lane MIPI |
| Display Mode | Transmissive Mono |
| Target Applications | 3D Printing and Specialized Equipment |
| Technical Revision | V00 |
| Specification Date | 2023-10-13 |
Product specifications should be confirmed against the latest Aptus technical documentation before final design approval and mass production.
Modern professional 3D printers increasingly require interfaces capable of presenting large amounts of information in a limited physical space. Operators may need to review model previews, layer information, exposure settings, print progress, temperature data, machine status, warnings, and maintenance information through a single control interface.
The DBM101M14K01 addresses this requirement with an extremely high-resolution display architecture.
Its 13320 × 5120 resolution allows a large amount of graphical information to be presented at high pixel density. The 10.1-inch format provides a balance between a practical control-panel size and an extensive information area.
For equipment manufacturers, the high resolution can also support detailed graphical user interfaces where small interface elements, technical diagrams, model previews, or high-density status information need to remain visually distinct.
However, display resolution should not be considered independently from the overall printer architecture. The final user experience also depends on the processor, graphics system, software interface, optical design, viewing distance, illumination environment, and mechanical integration.
The DBM101M14K01 can be evaluated for advanced SLA 3D printers requiring a high-resolution monochrome user interface.
Potential interface content includes model previews, layer information, print progress, exposure parameters, machine status, system settings, maintenance information, and diagnostic notifications.
Its ultra-high pixel density allows manufacturers to create detailed graphical interfaces within a relatively compact 10.1-inch display format.
DLP and resin-based printers can benefit from information-dense control interfaces. The DBM101M14K01 can be considered for applications where operators need to access detailed printing parameters and machine information through a dedicated display.
When used in systems incorporating UV light sources, the complete optical architecture should be evaluated during product development. LCD performance can be influenced by the light source, optical films, protective materials, enclosure structure, and system-level optical path.
High-end desktop 3D printers increasingly use larger and more sophisticated graphical interfaces to improve usability.
The 10.1-inch format combined with 13320 × 5120 resolution provides equipment manufacturers with a large amount of display information within a compact mechanical outline.
The slim 1.06 mm profile may also help designers develop modern enclosure concepts without requiring a thick display assembly.
Choosing an ultra-high-resolution LCD involves several engineering considerations beyond the panel resolution.
Because the DBM101M14K01 uses an 8-lane MIPI interface, the customer's main processor, display controller, PCB, and software platform should be checked for compatibility.
Engineers should evaluate MIPI lane configuration, signal integrity, timing requirements, FPC design, connector selection, and maximum supported display resolution before system-level integration.
The specified outline is 230 × 142 × 1.06 mm, with a viewing area of 223.78 × 126.98 mm.
These dimensions should be incorporated into the mechanical design together with mounting points, FPC routing, protective structures, optical components, and enclosure tolerances.
The module is a transmissive mono TFT-LCD. Final optical performance will depend on the complete system design, including the backlight, optical films, cover layers, ambient lighting, viewing distance, and enclosure.
For UV-based 3D printer applications, the LCD should be evaluated against the customer's complete optical architecture rather than based solely on the panel specification.
The display should be evaluated under the actual thermal conditions of the target equipment.
In enclosed 3D printers, heat can be generated by light sources, driver electronics, power supplies, motors, and other components. System-level thermal testing can help determine whether the actual LCD environment remains within the applicable product requirements.
The DBM101M14K01 offers several characteristics that can be valuable when developing premium 3D printing equipment:
Extremely high pixel density: 13320 × 5120 resolution provides a detailed display platform for complex graphical interfaces.
Compact 10.1-inch format: The display offers a high information density without requiring a large physical panel.
Ultra-fine pixel size: 0.0168 × 0.0248 mm pixel dimensions support detailed image rendering.
8-lane MIPI interface: A high-speed digital interface architecture is provided for ultra-high-resolution display applications.
Slim construction: The approximately 1.06 mm thickness can support space-efficient mechanical designs.
Full viewing-angle performance: Operators can view the display from different directions around the machine.
Specialized mono architecture: The monochrome configuration is suitable for dedicated professional equipment applications.
Shenzhen Aptus Technology Co., Limited specializes in display technologies and customized display solutions for professional equipment manufacturers and specialized applications.
Aptus provides solutions covering TFT-LCD modules, mono LCD displays, touch panel solutions, display accessories, and customized display assemblies.
For advanced 3D printing applications, selecting a suitable display requires consideration of resolution, pixel size, interface bandwidth, optical architecture, mechanical dimensions, thermal conditions, FPC configuration, and system compatibility.
Aptus supports customers through the technical evaluation process, including product selection, sample evaluation, engineering communication, documentation, customization discussions, and volume supply.
The DBM101M14K01 documentation identifies key technical characteristics including its 13320 × 5120 resolution, 0.0168 × 0.0248 mm pixel size, 230 × 142 × 1.06 mm outline, 8-lane MIPI interface, and full viewing-angle specification. This documented information gives engineers and procurement teams a technical foundation for evaluating the module against project requirements.
For production programs, customers should request the latest specification revision and confirm all electrical, mechanical, optical, and interface requirements with Aptus before design freeze.
The DBM101M14K01 has a native resolution of 13320 × 5120 pixels, making it an ultra-high-resolution mono TFT-LCD module.
The module is specified as a 10.1-inch display.
The specified pixel size is 0.0168 × 0.0248 mm.
The specified viewing area is 223.78 × 126.98 mm.
The outline dimensions are approximately 230 × 142 × 1.06 mm.
The module uses an 8-lane MIPI interface.
No. It is specified as a TFT Mono / Transmissive LCD designed for specialized monochrome display applications.
The specification identifies the viewing angle as ALL, indicating full viewing-direction performance. Detailed optical measurement conditions should be confirmed in the latest product documentation.
Yes. The module can be evaluated for advanced SLA, DLP, resin, and professional 3D printing equipment, particularly where an ultra-high-resolution mono interface is required.
Customers can contact Aptus regarding sample availability, technical documentation, mechanical drawings, interface information, and project evaluation requirements.
Customization requirements can be discussed according to the specific project. Potential areas may include mechanical integration, optical matching, FPC configuration, interface requirements, and other system-level requirements.
If you are developing a next-generation SLA, DLP, resin, or professional 3D printer, the DBM101M14K01 provides an ultra-high-resolution 10.1-inch mono display platform for technical evaluation.
When contacting Aptus, engineers and procurement teams can provide information such as the target printer architecture, required display dimensions, interface requirements, operating environment, optical conditions, expected quantity, and mechanical constraints.
This information allows the Aptus team to evaluate the application more efficiently and determine whether the DBM101M14K01 is appropriate for the intended system.
Shenzhen Aptus Technology Co., Limited
Website: aptusdisplay.com
For samples, technical drawings, MIPI interface information, product specifications, customization requirements, and volume purchasing, contact the Aptus Display engineering and sales team through the official website.
The DBM101M14K01 10.1-inch 13320 × 5120 mono TFT-LCD module combines exceptional pixel density, an ultra-fine pixel size, 8-lane MIPI connectivity, full viewing-angle performance, and a slim 1.06 mm profile.
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