The DBM060M2K01 uses an amorphous-silicon TFT active matrix architecture. According to the product specification, the module is a transmissive TFT-LCD operating in normally black mode, with a 5.96-inch diagonal active display area and a 1620 × 2560 pixel array.
The active area measures 81.0 × 128.0 mm, while the complete TFT panel outline is approximately 84.6 × 135.85 × 1.08 mm in FOG construction. The 50 × 50 μm pixel pitch provides a highly dense pixel arrangement suitable for applications requiring fine exposure patterns.
This makes the module particularly suitable for SLA and other UV-curing 3D printing platforms where the LCD acts as a digital masking layer between the UV light source and photopolymer resin.
The specification lists 3D printers as the intended application and highlights several display characteristics, including thin and lightweight construction, high luminance and contrast, low reflection, wide viewing angle, and RoHS compliance.
The DBM060M2K01 provides 1620 × 2560 pixels across a 5.96-inch active area. Its 50 μm pixel pitch creates a dense display matrix that can reproduce detailed exposure patterns.
For SLA 3D printers, high pixel density is important because the LCD pattern directly determines the spatial resolution of the exposure mask. A high-resolution mono LCD can therefore be an important component when designing compact resin printers targeting fine feature reproduction.
Unlike conventional full-color LCD panels, this module uses a monochrome configuration. The specification identifies the display color as MONO and the pixel arrangement as WB vertical stripe.
This architecture is suitable for UV exposure applications where the display's role is primarily to selectively control light transmission rather than display photographic or video content.
The DBM060M2K01 operates in normally black, transmissive mode. This optical configuration is particularly relevant to LCD-based masking systems because the display controls whether light passes through specific pixels according to the image pattern.
The module specifies a minimum viewing angle of 80° / 80° / 80° / 80° in the up/down/left/right directions under the specified contrast-ratio measurement condition.
Although viewing angle is not normally the primary selection criterion for an SLA printer LCD, a wide optical viewing range indicates that the panel maintains its specified optical characteristics over a broad angular range.
The specification gives a typical contrast ratio of 400:1 at a viewing angle of 0°. The measured transmittance is specified at 4.0%, with the optical measurements performed under the conditions defined in the product specification.
| Parameter | Specification |
|---|---|
| Model | DBM060M2K01 |
| Display Type | TFT-LCD |
| Display 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 | Monochrome |
| Display Mode | Normally Black, Transmissive |
| Active Area | 81.0 × 128.0 mm |
| Panel Size | 84.6 × 135.85 mm |
| Module Thickness | Approximately 1.08 mm FOG |
| Viewing Angle | 80° / 80° / 80° / 80° minimum |
| Contrast Ratio | 400:1 typ. |
| Transmittance | 4.0% |
| Response Time | 35 ms typ., 40 ms max. |
| Operating Temperature | 0°C to +70°C |
| Storage Temperature | -10°C to +80°C |
| VCC | 1.65–3.3 V |
| Typical VCC | 1.8 V |
| VSP | 5.4–5.6 V |
| VSN | -5.6 to -5.4 V |
| Connector | JAE WP7B-P050VA1-R500 or compatible |
| Interface | High-speed differential signal interface |
| Compliance | RoHS |
| FPC/FOG Structure | FOG |
The electrical specification identifies VCC as 1.65–3.3 V, with 1.8 V typical, while VSP and VSN are specified around +5.5 V and -5.5 V respectively.
The module's operating temperature range is 0°C to +70°C, with a storage range of -10°C to +80°C. The specification also defines non-condensing humidity conditions and provides additional environmental handling requirements.
For equipment designers, the physical dimensions of the LCD module are an important consideration.
The active display area is 81.0 × 128.0 mm, while the TFT panel dimensions are 84.6 × 135.85 mm. The FOG outline is approximately 84.6 × 135.85 × 1.08 mm. The compact construction allows system designers to develop space-efficient LCD exposure assemblies.
The product specification also identifies the FPC and connector arrangement, including a 50-pin connector, with JAE WP7B-P050VA1-R500 or compatible connector specified. Pins include differential display signals, clock signals, ground connections, reset, and digital power supply connections.
Because LCD modules contain thin glass and polarizer layers, mechanical mounting should be carefully designed. The specification specifically warns against excessive stress, torsion, compression, impact, and static loading during installation.
The primary application specified for DBM060M2K01 is 3D printing. Its monochrome architecture, high pixel density, and transmissive display mode make it suitable for LCD-based UV exposure systems used in SLA resin printers.
The 1620 × 2560 resolution and 50 μm pixel pitch make this module suitable for compact resin printing platforms where the LCD needs to generate fine exposure patterns.
The product specification states that optical transmittance measurements are based on UV405 nm conditions.
This characteristic makes the panel relevant to UV exposure architectures where the LCD is integrated with a compatible UV light source and optical system.
OEM and ODM manufacturers can consider the DBM060M2K01 when developing customized resin printers requiring a compact 6-inch-class monochrome LCD architecture.
The actual optical, thermal, electrical, mechanical and UV system compatibility should be validated at the complete-system level before mass production.
The DBM060M2K01 specification includes a defined reliability test program. Testing includes high-temperature/high-humidity operation at 60°C and 90% RH for 240 hours, low-temperature operation at 0°C for 240 hours, high-temperature operation at 70°C for 240 hours, high-temperature storage at 80°C for 240 hours, and low-temperature storage at -10°C for 240 hours.
The document also specifies a thermal shock test from -30°C to +80°C and vibration testing across defined frequency ranges and axes.
These tests provide engineering reference points for OEM customers evaluating the panel for equipment-level integration. They should not, however, be interpreted as a complete system certification or as a guarantee of performance under every application condition.
Shenzhen Aptus Technology Co., Ltd. has been active in the LCD industry since 2014. According to the company's official website, Aptus focuses on LCD display R&D, manufacturing and marketing and provides customized LCD/LCM development services for customers. The company also supplies LCD accessories such as driver boards, cables, touch panels and inverters.
Aptus Display's product portfolio includes TFT LCD modules, SLA 3D printer solutions, flight simulator displays, wide-temperature LCD displays, bar-type LCD modules, touch panel LCD modules and LCD accessories.
For customers developing 3D printers or UV exposure systems, the advantage of working with a display-focused supplier is that the LCD panel can be evaluated together with the required electrical interface, driver electronics, FPC connection and system integration requirements.
Aptus also maintains dedicated technical resources covering display interfaces, touch and HMI solutions, industrial display solutions and integration topics, supporting engineering teams during product development.
The DBM060M2K01 has a resolution of 1620 × 2560 pixels with a 50 × 50 μm pixel pitch.
No. It is a monochrome TFT-LCD module. The specification identifies its display color as MONO and its pixel arrangement as WB vertical stripe.
The product specification identifies 3D printers as its application. It is particularly relevant to LCD-based UV exposure systems used in resin 3D printing.
The specified operating temperature is 0°C to +70°C, while the storage temperature range is -10°C to +80°C.
The specification lists JAE WP7B-P050VA1-R500 or compatible as the connector. The pin assignment contains 50 positions, including differential signal, clock, power, reset and ground connections.
Aptus states that its professional R&D team can develop, design and customize LCD/LCM products for customers. For a specific project, customers can provide their required display size, resolution, application, quantity and system requirements for engineering evaluation.
The DBM060M2K01 is a precision glass-based LCD component and should be handled accordingly. The product specification recommends avoiding strong mechanical impact, pressure, torsion, static loads and contamination of the polarizer or ITO areas.
ESD protection is also important during assembly because the module uses CMOS driver circuitry. The specification recommends appropriate grounding, ESD-controlled work areas and careful handling of the protective film.
For long-term reliability, the LCD should be operated within its specified electrical and environmental limits. The manufacturer also warns against long-term display of fixed patterns and recommends appropriate screen-saving measures where applicable.
If you are developing an SLA 3D printer, resin 3D printer, UV LCD exposure system or customized mono LCD solution, contact Aptus Display to discuss the DBM060M2K01 and your system requirements.
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