• 10.1 Inch 16K MIPI 15120x6230 MONO LCD Display
  • 10.1 Inch 16K MIPI 15120x6230 MONO LCD Display
  • mono LCD display
  • monochrome LCD display
  • 10.1 Inch 16K MIPI 15120x6230 MONO LCD Display
  • 10.1 Inch 16K MIPI 15120x6230 MONO LCD Display
  • mono LCD display
  • monochrome LCD display

10.1 Inch 16K MIPI 15120x6230 MONO LCD Display

No.DBM101M16K01
►Size:10.1 inch

►Resolution:15120*6230 dots

►Active Area:211.68 x 118.37mm

►Outline Dimension:227.43x139.5x1.25mm

►Interface: MIPI 51PIN

►Control-Board : Available

►Transmittance: 4.1%

►Operating Temperature:0~70℃

Discover the ultra-high-resolution 10.1" 16K mono LCD display for professional resin 3D printers. Includes HD-MI board and UV light system. 
  • 10.1 Inch 16K MIPI 15120x6230 MONO LCD Display
  • 10.1 Inch 16K MIPI 15120x6230 MONO LCD Display
  • mono LCD display
  • monochrome LCD display

SPECIFICATION

10.1 Inch 16K Mono LCD Display for 3D Printers

Model: DBM101M16K01 | Designed for Ultra-Precision Resin Printing

🔍 Overview

The 10.1 inch 16K mono LCD display by Aptus Display delivers exceptional resolution and efficiency for high-end 3D printers. With an incredible 15120 × 6230 pixel resolution, this display achieves superior detail and faster curing speeds, making it ideal for resin-based printers used in dental, jewelry, and industrial applications.

This ultra-fine mono LCD is purpose-built for manufacturers seeking speed, accuracy, and long-term reliability in their SLA/DLP 3D printers.


📊 Technical Specifications

Parameter Description
Display Size 10.1 inch (Diagonal)
Resolution 15120 × 6230
Pixel Pitch Ultra-fine
Display Mode Monochrome
Interface MIPI
Viewing Direction All-direction (wide angle)
Active Area 211.68 x 118.37mm

⚙️ Key Features & Benefits

  • Ultra-High Resolution (16K):
    15120 × 6230 pixel matrix provides extraordinary detail, enabling micron-level precision for professional printing applications.

  • Monochrome Technology:
    Faster UV light transmission than RGB LCDs, enabling shorter exposure times and longer service life.

  • MIPI Interface:
    Stable, high-speed data transmission for seamless system integration.

  • Long Durability:
    Extended operational lifetime suitable for continuous, industrial-scale 3D printing tasks.

  • Custom Driver Boards (HDMI available):
    Optional HDMI-to-MIPI board for simplified integration into your system architecture.

  • UV Light System Integration:
    Tailored UV backlight systems matched to your resin type and printer configuration.


🧩 Application Scenarios

This 10.1" mono LCD is engineered for resin 3D printers requiring extreme detail and fast curing speeds. Typical applications include:

  • Dental prosthetics and aligners

  • Jewelry mold and design prototyping

  • Miniature figurine and hobby modeling

  • Micro-mechanical engineering components

  • High-precision industrial prototyping

Compatible with SLA, DLP, and LCD-based 3D printers, the display ensures consistent performance in both desktop and professional-grade machines.


🛠 Aptus Display – Your 3D Printing Display Partner

We don’t just sell LCD panels—we help you build better machines.

HD-MI Driver Boards – Convert HD-MI to MIPI for quick integration.
Tailored UV Light Systems – Optimized for your curing resin and exposure time.
Mechanical & Optical Design Support – From concept to volume production.

Explore our Custom LCD Module Solutions
Learn more about UV Light Systems for 3D Printing


✉️ Ready to Build Your 3D Printer?

We work with 3D printer manufacturers across the globe—from startups to industry leaders—to deliver high-performance display modules and complete subsystem integration.

📞 Contact us today for technical consultation, pricing, or to request a prototype:

👉 Get in touch

CONTACT US

If you have any queries, get in touch today! Don't hesitate. We try to take the extra step for our customer satisfaction.
FirstName*
LastName*
Company name*
Email*
Message*
Please tell us your project requirements: product model (product family), size, resolution, quantity or application.
We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.