The DBM060M2K10 is a MONO active-matrix TFT-LCD panel using amorphous silicon TFT technology. The panel operates in normally black and transmissive mode and has a 5.96-inch diagonally measured active area with 1620 horizontal × 2560 vertical pixels.
The module has an active area of 81 × 128 mm and a 50 × 50 μm pixel pitch. Its pixel arrangement is specified as a WB vertical stripe structure, while the display color gamut is identified as MONO. The overall FOG dimensional outline is approximately 84.6 × 135.85 × 1.08 mm, providing a compact form factor for space-constrained equipment designs.
The product specification identifies 3D Printer as its application and lists thin and lightweight construction, high luminance and contrast ratio, low reflection, wide viewing angle, and RoHS compliance among its key features.
For OEM and ODM customers, these characteristics make DBM060M2K10 a practical display component to evaluate when developing compact LCD-based resin printing platforms.
With 1620 × 2560 pixels across a 5.96-inch display area, the DBM060M2K10 provides a high-density pixel matrix for applications requiring detailed image patterns.
The specified 50 μm × 50 μm pixel pitch is particularly relevant for 3D printing applications in which the LCD image is used to control an exposure pattern. A fine pixel pitch allows the display to reproduce small pattern elements across the exposure area.
The DBM060M2K10 is a monochrome LCD, not a conventional RGB full-color TFT panel. The datasheet specifies the display color as MONO and the pixel arrangement as WB vertical stripe.
This architecture is appropriate for specialized equipment where the LCD functions primarily as an optical masking component rather than as a general-purpose image display.
The panel operates in normally black, transmissive mode. This configuration allows the LCD to control light transmission according to the displayed image pattern.
For LCD-based UV exposure equipment, this operating principle is particularly relevant because the panel can be integrated with an appropriate optical and UV illumination system.
The manufacturer identifies low reflection and wide viewing angle among the panel's key features. The specified minimum viewing angle is 80° in the up, down, left and right directions.
The viewing angle is defined in the datasheet based on a contrast ratio greater than 10, with measurements made in the horizontal and vertical directions relative to the optical axis.
The panel uses a compact FOG structure with an overall dimensional outline of approximately 84.6 × 135.85 × 1.08 mm. The thin structure can help equipment designers optimize the internal mechanical layout of compact 3D printers.
| Parameter | Specification |
|---|---|
| Model | DBM060M2K10 |
| Display Type | Monochrome TFT-LCD Open Cell |
| TFT Technology | Amorphous Silicon TFT |
| Application | 3D Printer |
| Display Size | 5.96 inch |
| Resolution | 1620 × 2560 pixels |
| Pixel Pitch | 50 × 50 μm |
| Pixel Arrangement | WB Vertical Stripe |
| Display Color | MONO |
| Display Mode | Normally Black, Transmissive |
| Active Area | 81 × 128 mm |
| Panel Size | 84.6 × 135.85 mm |
| FOG Outline | 84.6 × 135.85 × 1.08 mm |
| Viewing Angle | 80° / 80° / 80° / 80° min. |
| Contrast Ratio | 400:1 typ. / 800:1 max. |
| Transmittance | 5.45% typ. / 6.4% max. |
| Response Time | 35 ms typ. / 40 ms max. |
| LC Operating Voltage | 5.2–5.8 V |
| Operating Temperature | 0°C to +70°C |
| Storage Temperature | -10°C to +80°C |
| TFT Gate ON Voltage | 12–18 V |
| TFT Gate OFF Voltage | -11 to -8 V |
| TFT Common Electrode Voltage | -3.5 to 0 V |
| COG Pad Area | 3.85 mm |
| FPC Width | 0.65 mm |
| D-IC Width | 0.895 mm |
| FOG Structure | FOG |
| Compliance | RoHS |
The core electrical and environmental parameters above are taken from the DBM060M2K10 specification. The datasheet specifies an LC operating voltage of 5.2–5.8 V and an operating temperature range of 0°C to +70°C.
The optical section specifies a typical contrast ratio of 400:1, maximum contrast ratio of 800:1, typical transmittance of 5.45%, maximum transmittance of 6.4%, and a 35 ms typical / 40 ms maximum response time. The transmittance measurement is based on UV405 nm according to the datasheet.
The DBM060M2K10 was designed around the requirements of specialized monochrome display applications. The datasheet identifies its transmittance reference as UV405 nm, which is particularly relevant when evaluating the panel for LCD-based UV exposure architectures.
Optical measurements in the specification were conducted under controlled laboratory conditions, including an ambient luminance of no more than 1 lux and a temperature of 25 ± 2°C. The test unit was positioned approximately 50 cm from the measurement equipment, with the viewing angles set to 0°.
When selecting this LCD for a specific 3D printer, customers should evaluate the complete optical system rather than relying only on individual LCD specifications. UV light source characteristics, optical distance, cooling design, exposure power, mechanical stack-up and controller configuration can all influence the final performance of the finished equipment.
The DBM060M2K10 provides an active area of 81.0 × 128.0 mm within a panel measuring approximately 84.6 × 135.85 mm. The specified FOG outline is 84.6 × 135.85 × 1.08 mm.
The datasheet also provides detailed mechanical reference dimensions including the COG pad area, D-IC-to-FPC distance, D-IC width, D-IC-to-CF edge distance, FPC width, FPC-to-glass edge distance and seal areas.
This level of mechanical information allows engineering teams to evaluate the panel during enclosure, optical stack and PCB/FPC layout development.
Because the product is an open-cell LCD construction, it should be treated as a precision glass component during assembly. The manufacturer specifically warns against excessive pressure, torsional forces, compression, mechanical impact and static loading.
The primary application identified in the product specification is 3D printing. The DBM060M2K10 can be evaluated for LCD-based resin printing systems that use a monochrome LCD as part of their UV exposure architecture.
OEM and ODM manufacturers can evaluate DBM060M2K10 when developing customized resin printers requiring a compact monochrome TFT-LCD open cell.
Aptus can also evaluate project-specific requirements such as display dimensions, resolution, interface, driver electronics, mechanical integration and quantity to determine whether this model is appropriate for the application.
The DBM060M2K10 specification includes multiple environmental and reliability tests.
The listed tests include:
High-temperature/high-humidity operation: 60°C, 90% RH, 240 hours
Low-temperature operation: 0°C, 240 hours
High-temperature operation: 70°C, 240 hours
High-temperature storage: 80°C, 240 hours
Low-temperature storage: -10°C, 240 hours
Thermal shock: -30°C to +80°C, 100 hours
Vibration testing across specified frequency ranges and X/Y/Z axes
These test conditions are documented in the product specification and provide engineering reference information when evaluating the LCD for equipment integration.
They should not be interpreted as a blanket certification for a complete 3D printer system. Final product reliability depends on the complete equipment design, including the UV source, thermal management, optical system, mechanical structure and electrical control system.
The DBM060M2K10 uses CMOS LSI driver circuitry, so ESD control is important during assembly and handling. The specification recommends grounding the operator, work area and assembly equipment and avoiding signal input before power is applied.
The polarizer surface is also sensitive to scratches and chemicals. The datasheet recommends careful handling with appropriate gloves and warns against contact with unsuitable chemicals. The supplied protective film should remain in place until the panel is ready for operation.
For storage, the manufacturer recommends keeping relative humidity below 60% RH and protecting the LCD from vibration, shock, pressure, direct light and corrosive environments.
These considerations are particularly important for OEM customers purchasing LCD panels for long-term production, inventory and integration.
Shenzhen Aptus International Co., Limited is the manufacturer identified in the DBM060M2K10 product specification. The datasheet identifies DBM060M2K10 as an Aptus monochrome LCD open-cell product for 3D printer applications.
Aptus Display focuses on LCD display solutions and supports customers requiring specialized display components for professional equipment. Its product portfolio covers TFT LCD modules, monochrome LCD solutions, industrial displays, bar-type LCDs, flight simulation displays, touch panel solutions and related display accessories.
For B2B customers, the value of working directly with a display supplier is not limited to selecting a standard panel. Display projects often require coordination between the LCD, driver electronics, FPC, optical structure, mechanical enclosure, thermal design and application environment.
Aptus can therefore work with OEM and ODM customers to evaluate display requirements before production and determine whether an existing LCD model or customized solution is the better option.
For a new 3D printer project, customers are encouraged to provide their target display resolution, UV wavelength, exposure area, controller/interface requirements, mechanical limitations and expected production volume for engineering evaluation.
DBM060M2K10 is a 5.96-inch monochrome TFT-LCD open cell with 1620 × 2560 resolution and 50 μm pixel pitch. It uses amorphous silicon TFT technology and operates in normally black transmissive mode.
The product specification identifies 3D Printer as the application. It is therefore intended for specialized 3D printing equipment rather than conventional consumer displays.
No. DBM060M2K10 is a monochrome TFT-LCD. The specification identifies its display color as MONO and its pixel arrangement as WB vertical stripe.
The pixel pitch is 50 × 50 μm. Together with the 1620 × 2560 resolution, this provides a high-density pixel matrix for detailed display patterns.
The datasheet states that its transmittance specification is based on UV405 nm. However, customers should evaluate the complete LCD, UV light source and optical system under their actual exposure conditions before mass production.
The specified operating temperature is 0°C to +70°C, while the storage temperature range is -10°C to +80°C.
The specified FOG dimensional outline is approximately 84.6 × 135.85 × 1.08 mm, making the panel suitable for compact equipment designs.
Customers can contact Aptus with their display size, resolution, optical requirements, interface, mechanical constraints and production quantity. Aptus can evaluate the project and recommend a suitable standard or customized LCD solution.
