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Display Integration

A woman looks through a waveguide held in testing frame within a laboratory.

Our engineering team tightly integrates display subassemblies, combining waveguides, light engines, and human-centric calibration to deliver advanced displays built for augmented reality.

A group of skilled workers assembling AR glasses in a brightly lit room.

Integrated Systems

Display design and integration

A group of skilled workers assembling AR glasses in a brightly lit room.

Whether we're creating a brand new design or helping our partners optimize their own, our engineering team supports every step of the process, including meticulous optical design, precise simulations, and rigorous testing for consistent, high-quality results.

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System Integration in Action

System-Level Optimization

Our teams balance display specs with thermal limits, weight distribution, and structural needs to support optimal device performance and user comfort.

Component Characterization

We measure and calibrate each optical part to capture its exact properties and ensure every element performs precisely within the full display system.

Alignment and Assembly

Our mechanical engineers design with tight tolerances so parts fit together precisely. This makes assembly smoother and ensures the display stays durable and reliable in everyday use.

Vision-Based Calibration

We use advanced optical calibration and human-driven comfort tests to ensure each display offers comfort, clarity, and image fidelity in different environments.

Calibration and Eye-Tracking

More viewing, less strain

A Magic Leap engineer places a pair of AR glasses into a testing cradle held by a robotic arm.

Our precise calibration and robust eye-tracking technology makes viewing digital content clearer, more stable, and more comfortable over longer periods of time.

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A Magic Leap engineer places a pair of AR glasses into a testing cradle held by a robotic arm.

A Venn diagram showing three overlapping circles labeled "clarity," "stability," and "visual comfort," with the Magic Leap logo at the center.

Clarity

Embedded cameras precisely track the eye and gaze angle, improving rendering in real time and making 2D, 3D, and 4D digital content sharp and clear.

Stability

Our display technologies can automatically correct any misalignment or color separation for the highest levels of accuracy.

Visual Comfort

Our advanced eye tracking means we can minimize visual strain and the risk of nausea and dizziness, making the glasses more comfortable to wear for longer periods of time.
A robotic arm holds a pair of AR glasses while a technician prepares them for calibration.

Smart Automation

Optimized display assembly

A robotic arm holds a pair of AR glasses while a technician prepares them for calibration.

From factory test code and hardware to calibration and quality control, we bring automation to display assembly. With integrated process engineering and continuous improvement, our systems enable repeatability, efficiency, and device-level consistency at scale, ensuring readiness from pilot builds to prototype production.

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Discover Automation

Automated Factory Systems

Our assembly teams use custom test stations, scripts, and calibration routines to automate optical validation and ensure device readiness.

Process Engineering Support

Our team integrates design with operations, ensuring manufacturability from day one and continuous process improvement.

Device-Level Calibration

Each unit is calibrated by expert technicians for everyday use, with display, sensor, and camera alignment built into factory flow.

Quality and Reliability

We manage end-to-end optical assembly product quality by using proprietary optical inspection tools to detect and classify defects in real time during production.

Learn more about Waveguides

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A link card element: A lab technician holds up a transparent waveguide in his gloved hand.
Learn more about Waveguides

Story: Designing for AR Performance

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A link card element: Magic Leap Engineer holds up an AR device prototype to test what’s possible.
Story: Designing for AR Performance