Display Technologies

LCD displays have been among the most proven display technologies for decades and are widely used in industrial, medical and commercial applications markets. The technology is based on liquid crystals that selectively influence the light from a backlight source to display characters, segments or graphic content.

LCD displays are an ideal solution wherever information needs to be displayed clearly, reliably and economically. They are well suited for simple displays, status information, measurement values, control panels or devices with low power consumption requirements. Thanks to their high availability, long service life and robust technology, LCD displays remain a preferred choice to products designed for long-term use.

Depending on the application, segment LCDs, character LCDs or graphic LCDs can be used. Customized segment layouts, special shapes, icons, symbols or individual glass designs can also be realized. This makes LCD displays particularly suitable for products where the display must be functional, clearly structured and cost-optimized.

Technical Features

• Segment, character and graphic LCDs
• TN, STN and FSTN technologies
• Monochrome display
• Very low power consumption
• Long service life
• High long-term availability
• Individual shapes and segment layouts possible
• Customized symbols, icons and special characters
• Optionally LED backlight
• Excellent readability for simple information
• Suitable for compact and robust devices

Ideal Applications

• Household appliances
• Measuring instruments
• Building automation
• Medical devices
• Industrial electronics
• Control panels with simple displays
• Control units
• Status and function indicators

TFT displays are among the most versatile and most widely used display technologies today. They enable colour display, high resolutions and modern user interfaces. This makes them particularly suitable for applications in which information needs to be presented clearly, attractively and interactively.

Thanks to the wide range of available sizes, resolutions, interfaces and technologies, TFT displays can be flexibly adapted to different requirements. From compact displays in handheld devices to large-format HMI systems for industrial applications, TFT technology provides a broad technical basis.

IPS technology can be used to achieve wide viewing angles and consistent colour reproduction, while high-brightness variants ensure excellent readability even in bright surroundings or direct sunlight. Bar-type or stretched TFT displays are ideal for special installation formats, slim control panels or elongated display formats.

TFT displays can also be combined very well with touch technologies, cover lneses, optical bonding, customized backlight, housings or specific interfaces. As a result, they often form the foundation of advanced HMI-Solutions.

Technical Features

• Full-colour display
• High resolutions and detailed image quality
• Sizes from less than 1-inch to over 30-inch
• IPS technology for wide viewing angles
• High-brightness variants for demanding lighting conditions
• Bar-type and stretched display formats 
• Touch integration possible
• High brightness levels exeeding 1,500 cd/m²
• Interfaces such as RGB, LVDS, MIPI DSI, HDMI or eDP
• Can be combined with cover lenses, housings and electronics
• Suitable for modern and graphical user interfaces

Ideal Applications

• Industrial HMI systems
• Medical devices
• Measurement instruments
• Building automation
• E-Mobility
• Automotive applications
• Special vehicles
• Machine controls
• Embedded systems
• Control devices with graphical interface

AMOLED displays deliver exceptional image quality with brilliant colours, deep blacks and very high contrast. Unlike conventional LCD or TFT technologies, AMOLED displays do not require a separate backlight, as each pixel generates its own light. This results in particularly intense colours, remarkable image depth and a premium visual appearance.

A major advantage of AMOLED technology is its form factor. The displays can be made extremely thin, lightweight and even flexible, opening up new possibilities for product design. This makes AMOLED particularly attractive for compact devices, curved surfaces or design-oriented concepts.

AMOLED displays offer ultra-fast response time, making them ideal for dynamic content, animations or high-end graphical user interfaces. With dark image content, power consumption can be reduced because black pixels are not actively lit. For premium HMI systems and modern smart devices, AMOLED technology provides a highly sophisticated and visually impressive user experience.

AMOLED is the ideal choice wherever image quality, design freedom, and a premium first impression are key requirements.

Technical Features

• Self-emitting pixels
• No backlight required
• True black through individually switched-off pixels
• Very high contrast
• Brilliant and vibrant colour reproduction
• Extremely fast response times
• Thin and lightweight construction
• Flexible and curved designs possible
• Low power consumption with dark content
• Premium visual appearance
• Suitable for modern and design-oriented devices

Ideal Applications

• Premium HMI systems
• Medical devices
• Consumer products
• Smart devices
• Wearables
• Design-oriented applications
• Innovative user interfaces
• Compact control devices
• Products with high visual value

PMOLED displays combine the benefits of OLED technology with a compact and cost-effective design. They are particularly suitable for smaller displays where high contrast, excellent readability and a slim form factor are essential.

As PMOLED displays are self-emitting, they do not require a backlight. This means they can be built very flat while still delivering a clear, high-contrast image. PMOLED displays are an attractive solution especially for monochrome displays, status information, small symbols or compact graphic content.

Compared to more advanced AMOLED displays, PMOLEDs feature a simpler construction and are primarily used in smaller display sizes. They are commonly found in handheld devices, measuring instruments, medical devices or control panels where little space is available but a modern and high-quality appearance is still desired.

PMOLED displays combine compact form factors, excellent readability and a modern appearance in one efficient technology.

Technical Features

• Self-emitting technology
• High contrast
• Very good readability
• No backlight necessary
• Ultra-thin design
• Monochrome or multicolour possible
• Low power consumption
• Compact display sizes
• Ideal for status information and simple graphic content
• Clear visualization in limited display areas

Ideal Applications

• Measuring instruments
• Medical devices
• Handheld devices
• Household appliances
• Control panels
• Status indicators
• Compact HMI applications
• Devices with limited installation space

LED displays are based on individual light-emitting diodes and are primarily used in appliances where information must be highly visible, robust and readable from greater distances. Unlike LCD or TFT displays, LED technology focuses less on fine graphics and more on maximum visibility and signaling effect.

The technology is particularly suitable for large-format displays, status indicators, information systems or both indoors and outdoor applications. Thanks to their high brightness, LED displays remain clearly visible even in strong ambient light or direct sunlight.

Depending on the application, different pixel pitches, brightness levels and form factors can be realized. This means LED displays can be used for compact status indicators as well as for large-scale information displays or digital signage systems.

LED displays impress with their robustness, long service life and strong visual impact. They are a good choice when information needs to be communicated quickly, clearly and over long viewing distances.

Technical Features

• Very high brightness
• Long service life
• Robus and durable construction
• Various pixel pitches available
• Suitable for both indoor and outdoor applications
• Good visibility over long distances
• Strong signaling effect
• Scalable display sizes
• Suitable for static and dynamic content
• Reliable technology for demanding environments

Ideal Applications

• Information displays
• Industrial displays
• Building wayfinding systems
• Traffic engineering
• Digital signage
• Advertising applications
• Status indicators
• Signal and warning indicators
• Applications with long viewing distances

Micro LED is regarded as one of the most exciting developments in the display industry. The technology combines key advantages of OLED and LED: self-emitting pixels, exceptional brightness, outstanding contrast and a long operational lifetime.

In Micro LED displays, microscopically small LEDs generate light directly at the pixel level, eliminating the need for a separate backlight. At the same time, the technology offers very high luminance, precise colour reproduction and a significantly lower risk of burn-in compared to many other display technologies.

Micro LED is particularly suitable for demanding applications where image quality, durability and energy efficiency are critical. Typical use cases include high-end HMI systems, automotive applications, industrial visualization, control rooms and devices with special requirements for brightness and longevity.

Another major advantage in scalability. Micro LED technology can theoretically be implemented in a wide range of sizes and formats, making it a highly attractive platform for future-oriented and customized display solutions.

Technical Features

• Self-emitting pixels
• Extremely high brightness
• Very high contrast
• Long operational lifetime
• Reduced risk of burn-in
• High energy efficiency
• Outstanding colour reproduction
• Scalable display sizes
• No conventional backlight required
• Ultra-fast response times
• Suitable for demanding environmental conditions

Ideal Applications

• High-end HMI systems
• Automotive
• Control rooms
• Premium applications
• Industrial visualization
• Applications in extreme environmental conditions
• Devices requiring exceptional brightness
• Future-oriented display concepts

E-Paper displays offer a viewing experience that closely resembles printed paper. The technology consumes power only when the displayed content changes. Once an image or text is shown, it remains visible without a continuous power supply.

This makes E-Paper displays particularly suitable for battery-powered devices, IoT applications and systems in which information is displayed statically for extended periods. Typical use cases include electronic shelf labels, door signage, room occupancy systems, sensor displays or smart home applications.

E-Paper displays are very easy to read in ambient light and do not require a backlight. The image appears calm, flicker-free and easy on the eyes. Depending on the technology, E-Paper displays can present not only black-and-white content but also additional colors such as red or yellow and in some cases even full-color images.

For applications where energy efficiency, reeadability and a reduced, clear design are important, E-Paper technology provides an attractive solution.

Technical Features

• Bi-stable display technology
• Power consumption only during content updates
• Outstanding readability in ambient light
• No backlight required
• Paper-like viewing experience
• Calm, flicker-free image
• Selected colour options available
• Flexible form factors available
• Ideal for battery-powered devices
• Ultra-low power consumption
• Excellent readability from various viewing angles

Ideal Applications

• Building automation
• Electronic labels
• Smart home
• Door signs
• Room occupancy systems
• Battery-powered devices
• IoT applications
• Sensor displays
• Energy-efficient information displays

FALD stands for Full Array Local Dimming and describes an advanced backlight technology used in TFT displays. An LED backlight with several individually controllable dimming zones is positioned behind the display. These zones can be adjusted dynamically based on the displayed image content, allowing specific areas to become brighter or darker as required.

Compared to conventional TFT displays, FALD technology enables significantly deeper blacks, higher contrast ratios and enhanced image quality. Bright areas of the image can be displayed intensely, while dark areas are dimmed further. This results in a richer and more realistic visual experience.

FALD displays are particularly suitable for applications where image quality, brightness and contrast are important. Typical applications include medical devices, industrial image processing, control rooms, high-end HMI systems and automotive applications.

By combining the proven benefits of TFT technology with sophisticated backlight control, FALD creates a powerful display solution for demanding visualization applications.

Technical Features

• Full-array LED backlight
• Local dimming of individual zones
• High contrast ratios
• Enhanced black level performance
• High brightness levels
• HDR support possible
• Uniform illumination
• More precise image reproduction
• Improved image depth
• Ideal for demanding visualizations
• Can be combined with touch technology and cover lenses

Ideal Applications

• Medical devices
• Control rooms
• Industrial image processing
• High-end HMI systems
• Automotive
• Applications requiring superior image quality and contrast
• Premium user interfaces
• Professional visualization systems

The requirements for modern user interfaces are evolving. While small displays were once primarily used for basic operation and control, today's applications increasingly demand larger display surfaces for operation, monitoring, and information visualization. This trend can be seen across numerous industries, including industrial automation, medical field, building automation, transportation and special vehicles.

With our monitor solutions, we bridge the gap between classic display components and ready-to-use monitor solutions. While a display is integrated into an end device, our monitors give you a ready-to-connect complete solution including housing, electronics, interfaces and power supply.

Our Portfolio:

• Industrial touch monitors: 7 inch to 55 inch for industrial and professional applications
• Curved Monitors: 23.8 inch to 55 inch available in C-curved, J-curved and S-curved designs

Added value through expertise and customization

As a specialist in customized display solutions, DMB Technics offers a wide range of customization options. The result is a monitor that not only meets technical requirements but is also precisely matching to the needs of your application.

Customization Options:

• With or without touch function
• Resolutions up to 4K UHD
• Customized brightness levels for indoor and outdoor applications
• Integration of media players (SoC), including Rockchip-based platforms
• Android or Linux platforms
• Custom-printed or optically enhanced cover lenses
• Anti-glare (AG), anti-fingerprint (AF) or anti-reflection (AR) coatings
• Customized electronics and PCB layouts
• Multiple interfaces such as HDMI, USB-A, USB-B or USB-C
• Operation at 12 V or 24 V DC
• Special versions for industrial and medical applications
• High-quality materials for demanding environments