10.1 Inch 16K Mono LCD for 3D Printer | 15120×6230 Display Kit
The 10.1 Inch 16K Mono LCD represents the absolute zenith of current MSLA display technology. Packing an astonishing 15120×6230 resolution into a 10.1-inch active area, it achieves a microscopic 14×19 um pixel pitch—allowing you to print dental crowns and high-end miniatures with a surface finish that rivals injection molding. Designed for hardware innovators and professional lab upgrades, this 4.1% high-transmittance open-cell panel comes as a complete ecosystem. We offer bundled AD controller boards and full Raspberry Pi compatibility to streamline your custom printer build. Step into the 16K era. Click “Inquire Now” for developer kits and technical datasheets.
Product Attributes
| Brand | LCDind |
|---|---|
| Brightness | Standard (200-450 nits) |
| Interface | MIPI |
| Panel Type | IPS |
| Resolution | 15120×6230 |
| Size | 10.1 inchShop durable 10.1 inch industrial monitors. Our rugged 10.1" touch screen displays feature IP65 protection and IPS wide viewing angles for automation and POS. |
| Operating Temp | Standard (0°C ~ +50/60°C) |
| Touchscreen | No Touch, Optional Touchscreen |
The Pinnacle of Fidelity: 10.1 Inch 16K Mono LCD
In the pursuit of perfect 3D prints, physical pixel density is the only metric that matters. The 10.1 Inch 16K Mono LCD obliterates previous resolution ceilings. By projecting an immense 15120 x 6230 pixel matrix across a 211.68 x 118.37 mm active area, it drives the pixel pitch down to an incredible 14 x 19 microns (um). At this scale, the physical “stair-stepping” effect on curved surfaces is entirely eliminated without relying on software anti-aliasing. This makes it the ultimate display for specialized applications where micron-level accuracy is non-negotiable.
High Transmittance Monochrome Matrix
This is a true transmissive monochrome panel (Normally Black) designed exclusively as an open-cell unit (no backlight). Unlike consumer screens, it is engineered to withstand the punishing 405nm UV light environment of 3D printers, operating safely up to 70°C. With a tested UV transmittance of 4.1% and a minimum contrast ratio of 300:1, it ensures rapid resin curing while maintaining pitch-black negative spaces to preserve microscopic negative details like tiny holes and sharp crevices.
Complete Developer Ecosystem: AD Board & Raspberry Pi
Integrating a 16K MIPI display from scratch is a massive engineering hurdle. We eliminate this friction by offering comprehensive driver solutions. This display can be bundled with our custom HDMI-to-MIPI AD Board. Furthermore, we provide full hardware integration support—including the necessary LCD cables and connectors—to interface this 16K behemoth directly with a Raspberry Pi. Whether you are upgrading an existing premium chassis or developing a proprietary MSLA system, our kit provides plug-and-play video processing.
LCD Display Solution & Customization
We can customize your display according to your needs, such as customizing the frame, touch panel, backlight brightness, FPC shape and interface definition, silk-screening your Logo, etc.
Customization Options:
- Customized packaging (Min. order: 1,000 pieces)
- Customized logo silk-screening (Min. order: 1,000 pieces)
- Graphic and cover glass customization (Min. order: 1,000 pieces)
Technical Specifications
| Model Name | DBM101M16K01 |
| Display Size | 10.1 Inch |
| Resolution | 15120 x 6230 (16K Mono LCD) |
| Active Area | 211.68(W) x 118.37(H) mm |
| Outline Dimension | 227.43(W) x 139.50(H) mm |
| Pixel Pitch | 14 x 19 um |
| Signal Interface | 51 Pins MIPI |
| UV Transmittance | 4.1% |
| Contrast Ratio | 300:1 (Min.) |
| Display Mode | Normal Black, Transmissive |
| Operating Temp | 0°C ~ 70°C |
| Backlight | Without Backlight (Open Cell) |
Engineering FAQ
Q: How much better is the 16K (14x19um) resolution compared to an 8K screen?
A: A standard 10.1-inch 8K screen typically features a pixel pitch of around 28.5um. This 16K panel drives the pixel pitch down to an astonishing 14x19um. This means the physical pixels are roughly half the size, resulting in a 4x increase in pixel density. This translates to significantly smoother curves and the ability to print microscopic textures that 8K screens simply cannot resolve.
Q: Can I run this 16K display directly from a Raspberry Pi?
A: Yes, but not directly via the raw MIPI interface. To facilitate this, we offer an integration kit that includes an AD (Analog-to-Digital) driver board. This board takes the HDMI output from the Raspberry Pi and converts it flawlessly into the MIPI signal required by the 16K panel, making custom printer development highly accessible.
Q: What is the UV Transmittance of this panel?
A: The panel boasts a UV transmittance of 4.1%. While slightly lower than some lower-resolution screens (due to the immense density of the 16K pixel matrix), it remains highly efficient for MSLA printing. You may need to slightly increase your standard layer exposure times (e.g., from 2s to 2.5s) compared to an 8K screen, but the leap in detail quality is well worth the tradeoff.
| Brand | LCDind |
|---|---|
| Brightness | Standard (200-450 nits) |
| Interface | MIPI |
| Panel Type | IPS |
| Resolution | 15120×6230 |
| Size | 10.1 inchShop durable 10.1 inch industrial monitors. Our rugged 10.1" touch screen displays feature IP65 protection and IPS wide viewing angles for automation and POS. |
| Operating Temp | Standard (0°C ~ +50/60°C) |
| Touchscreen | No Touch, Optional Touchscreen |
Q: How much better is the 16K (14x19um) resolution compared to an 8K screen?
A: A standard 10.1-inch 8K screen typically features a pixel pitch of around 28.5um. This 16K panel drives the pixel pitch down to an astonishing 14x19um. This means the physical pixels are roughly half the size, resulting in a 4x increase in pixel density. This translates to significantly smoother curves and the ability to print microscopic textures that 8K screens simply cannot resolve.
Q: Can I run this 16K display directly from a Raspberry Pi?
A: Yes, but not directly via the raw MIPI interface. To facilitate this, we offer an integration kit that includes an AD (Analog-to-Digital) driver board. This board takes the HDMI output from the Raspberry Pi and converts it flawlessly into the MIPI signal required by the 16K panel, making custom printer development highly accessible.
Q: What is the UV Transmittance of this panel?
A: The panel boasts a UV transmittance of 4.1%. While slightly lower than some lower-resolution screens (due to the immense density of the 16K pixel matrix), it remains highly efficient for MSLA printing. You may need to slightly increase your standard layer exposure times (e.g., from 2s to 2.5s) compared to an 8K screen, but the leap in detail quality is well worth the tradeoff.
Q: What is the MOQ?
A: The MOQ for our products is 1 piece. We are able to provide support throughout the testing process.
Q: What about the delivery time?
A: We have products in stock and can ship them within 3 working days.
Q: Does your product have any warranty?
A: Yes, we offer a warranty that ensures the LCD will function properly upon receipt. However, please note that we do not provide guarantees for any damage caused during use.
Q: What’s your payment method?
A: We accept several payment methods, including T/T (bank transfer), and PayPal.
Q: What’s your shipping method?
A: Thank you for your inquiry. We offer various shipping methods to suit different needs.
For small quantity orders, we use UPS Air-Express, DHL, FedEx, TNT, or EMS Express service. These options are safe and fast.
For large quantity orders, we typically work with the buyer’s cargo agent in China. Alternatively, we can arrange for air or sea transportation.
Please let us know your preferred shipping method and we will do our best to accommodate your request.
Q: Do you offer custom solution?
A: Yes, we offer custom solutions if our standard products do not meet the buyer’s requirements. Please let us know your specific needs, and we will work with you to create a tailored solution that meets your business needs.
Q: How to Contact us?
A: Send your Inquiry Details in the Below, Click “Send” Now!
