APPLICATION-LED ENGINEERING

Display systems shaped around the way your product works.

Different applications create different optical, environmental, interaction and lifecycle demands. RJY brings the required display, touch, computing and manufacturing disciplines together around your use case.

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ENGINEERED FOR CONTEXT

The application determines the right display architecture.

A successful display solution begins with the conditions in which it must perform—not with a generic parts list. User distance, ambient light, operating temperature, touch behavior, host interface and expected product life all influence the final system.

Our engineering team evaluates those conditions early, then builds a practical route from available modules to a validated, production-ready HMI.

APPLICATION EXPERIENCE

Solutions for products operating in the real world.

Use an established platform as a starting point, then adapt the display system around the requirements that make your application distinct.

物流ネットワークにおける接続されたIoTデバイスのイラスト01IoTディスプレイ自動販売機、スマートロッカー、ゲートウェイ、インテリジェントエッジデバイス向けの接続インターフェース。.生産環境で産業用タッチスクリーンを操作するオペレーター02産業設備過酷な環境と長いサービス寿命を前提に構築されたオペレータパネルと設備ディスプレイ。.病院の待合エリアにおける壁掛け情報ディスプレイ03医療用ディスプレイ診断、モニタリング、パーソナルヘルス機器向けの明確なビジュアルインターフェース。.タッチスクリーンインフォテインメントディスプレイを備えた車両コックピット04低価格帯スマートフォンおよびタブレット光学的一貫性、温度、振動、機械的統合のために選定された車載ディスプレイインターフェース。.Built-in oven with a touchscreen cooking control panel05家電製品オーブン、冷蔵庫、洗濯家電、食器洗い機、コーヒーマシン向けのタッチおよびディスプレイインターフェース。.Round sports watch displaying activity and health information06民生用電子機器スマートウォッチ、ウェアラブルデバイス、パーソナルエレクトロニクス向けのコンパクトで省電力なディスプレイインターフェース。.

COMPLETE SYSTEM CAPABILITY

More than a display module.

RJY integrates display, touch, computing, software and mechanics to simplify complex hardware integration and create a dependable interface for the final product.

01

Display modules

Custom size and resolution, backlight, aspect ratio, display interfaces, FPC and cable optimization.

02

Touch & cover glass

Capacitive or resistive touch, optical bonding, AG/AF/AR treatments and wet-environment operation.

03

Mechanical integration

Metal or plastic enclosures, vibration resistance, button and I/O layout, and surface finishing.

04

Computing & software

Carrier boards, Android or Linux, BSP development, APIs, SDKs, and touch and display drivers.

FULL-CYCLE INNOVATION

From concept to certified system manufacturing.

A connected process keeps technical decisions visible and reduces surprises as the design moves toward production.

  1. 01

    Define

    Translate the use case, environment and commercial targets into measurable requirements.

  2. 02

    Design

    Coordinate display, touch, computing, software and mechanical architecture as one system.

  3. 03

    Validate

    Verify optical, electrical and mechanical performance before production approval.

  4. 04

    Manufacture

    Move the approved design into controlled system manufacturing and lifecycle support.