Fit the system, not only the size.
Review resolution, RGB / LVDS / MIPI, pinout, FPC routing and outline against your host and enclosure.
FPC & interface review ↗
FOR OEM & INDUSTRIAL EQUIPMENT
Industrial TFT LCDs.
Engineered around
your equipment.
The right display is more than a screen.
Bring module selection, touch, optics and interface integration into one engineering conversation.
RGB · LVDS · MIPITouch & optical integrationProject-specific review
Explore the capability behind the display Display imagery is illustrative.
2011DISEA display business founded
23,700 m²Factory area
54Engineering team members
Company figures from DISEA’s published company information. Review the source →
01 / MANUFACTURING & QUALITY
Confidence starts
behind the screen.
Look beyond a product image. Explore the production environment, inspection stations and test equipment behind the display program.
Explore factory & quality
Inspection stations
Operators and modules at the workbench.
Environmental test equipment
Chambers shown in DISEA quality materials.
02 / THE ENGINEERING DIFFERENCE
A display that fits.
Not just a part that matches.
Start with the host, enclosure and operating conditions. Then review where a standard module fits—and where customization needs to be evaluated.
Explore engineering support ↗THE COMPLETE DISPLAY SYSTEM
SELECTIONINTEGRATIONVALIDATION
Illustrative display-stack image.Design the complete viewing experience.
Consider backlight, ambient reflections, PCAP touch, cover glass and optical bonding as one front-stack decision.
Touch & optical integration ↗Define validation before design-in.
Use the current datasheet and approved drawing. Agree sample checks for electrical, optical, mechanical and environmental fit.
Open the requirements checklist ↗03 / SELECTED DISPLAY SOLUTIONS
Different equipment.
Different display priorities.
Four starting points for an engineering shortlist. Explore the module, then confirm the current specification for your application.
Explore the full display range ↗
DS-T080QGH-09
8-inch industrial HMI TFT
800×600 · 1200 cd/m² · RGB
For reviewing a bright 4:3 HMI requirement.
DS-T101HIEWA-01CP
10.1-inch bonded PCAP TFT
1280×800 · 850 cd/m² · LVDS
For a touch-enabled front-stack review.
DS-T121BIHA-01
12.1-inch widescreen IPS TFT
1280×800 · 1000 cd/m² · LVDS
For reviewing a larger industrial interface.
DS-T068BZSA-01
6.8-inch vertical bar TFT
480×1280 · 450 cd/m² · MIPI
For a narrow enclosure or vertical HMI.Compare published modules: 7-inch LVDS · 10.1-inch touch & LVDS · MIPI bar type
04 / BUILT AROUND THE APPLICATION
Where your equipment
meets its user.
The application changes the questions: visibility, touch behavior, cleaning, temperature and enclosure integration.
Explore application requirements ↗
INDUSTRIAL CONTROL
Industrial HMI
Host fit. Operator readability. Enclosure integration.
↗
MEDICAL EQUIPMENTClear information.
Clear information.
Considered touch.
Front-stack design and cleaning requirements.
↗
EV CHARGINGVisibility beyond
Visibility beyond
the lab.
Ambient reflections and thermal conditions.
↗Application scenes illustrate use categories; they are not documented customer installations.
A CLOSER LOOK
See the operation.
Ask better questions.
Review the DISEA factory introduction, then discuss the production and validation requirements that matter to your display program.
Company & manufacturing evidence ↗
FACTORY INTRODUCTION / 2:35
Engineering. Production. Inspection.
No autoplay. The video loads when you choose to watch.
INSIDE THE OPERATION
From production to packed modules.
Actual DISEA facility images show the environments behind module assembly, inspection, packing and storage.
Equipment and assembly workstations.
A view of inspection at the workstation.
Modules and materials being prepared for packing.
Packed cartons in the storage area.
DOCUMENTED SYSTEMS
Certificates you can inspect.
Open each certificate to review the issuing body, certified scope and validity dates.
05 / FROM REQUIREMENT TO REVIEW
A clear next step.
At every stage.
Have a drawing, a datasheet or an existing part number? Start there. You do not need every field finalized to begin the discussion.
- 01
Share the requirement
Application, host interface, mechanical boundary and operating conditions.
- 02
Review the fit
Compare module options and identify questions for customization.
- 03
Validate a sample
Check the display with your host, enclosure and agreed test criteria.
- 04
Confirm the release
Approve the current drawing, specification and configuration.
ENGINEERING INSIGHTS
Make the next
display decision clearer.
OPTICS / SELECTION800, 1000 or 1200 nits?
800, 1000 or 1200 nits?
Readability is a system decision.
Brightness, reflections, UI contrast and enclosure temperature.
Read the guide
INTERFACE / INTEGRATIONRGB, LVDS or MIPI?
RGB, LVDS or MIPI?
Start with your host.
Compare display-link requirements before choosing a module.
Read the guide
REPLACEMENT / ENGINEERINGReplacing an existing LCD?
Replacing an existing LCD?
Compare more than the diagonal.
Check mechanics, pinout, timing and backlight requirements.
Read the guideLET’S START WITH YOUR EQUIPMENT
Your next display.
Starts with the right questions.
Send your datasheet, drawing or project requirements.
We will use them as the starting point for an engineering review.