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Magic Leap @magicleap

Transforming the future of AR with cutting-edge optics that seamlessly blend the physical and digital worlds.

Joined January 2010
  • Tweets 3,302
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  • Followers 87,558
696 Photos and videos
Waveguide development is built through iteration. Every round of testing helps our teams identify performance limits, refine optical behavior, and improve the repeatability needed for production-ready AR hardware. Learn how we do it: magicleap.com/stories/behind…
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Custom waveguides begin with simulation, precision mastering, and rapid prototyping. See how we help partners move from concept to manufacturing-ready waveguides for AR glasses. magicleap.com/waveguide-mast… #augmentedreality #AR #waveguides
A Magic Leap engineer works with advanced simulation tools to test and prepare a waveguide before the fabrication phase.

ALT A Magic Leap engineer works with advanced simulation tools to test and prepare a waveguide before the fabrication phase.

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Miniaturization is driving the next era of AR. From optics to eye tracking, Magic Leap is redesigning core systems to support lighter, more comfortable wearable devices. magicleap.com/stories/the-pa…
A Magic Leap engineer holds a lens that will be placed in one of our augmented reality glasses prototypes.

ALT A Magic Leap engineer holds a lens that will be placed in one of our augmented reality glasses prototypes.

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AR glasses need thin, lightweight optics. Diffractive waveguides make it possible. magicleap.com/stories/why-di… #AugmentedReality #SRG #waveguides
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Wearability is critical to AR glasses adoption. Weight, heat, and visual comfort all shape the user experience, and understanding how they interact is key to better AR design. Learn more: magicleap.com/stories/wearab…
Three Magic Leap engineers look through AR glasses tabletop frame prototypes.

ALT Three Magic Leap engineers look through AR glasses tabletop frame prototypes.
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From waveguides to perception systems, AR works best when everything is designed with integration in mind. magicleap.com/stories/integr… #augmentedreality
Magic Leap engineer tests an Augmented Reality component for an AR glasses prototype.

ALT Magic Leap engineer tests an Augmented Reality component for an AR glasses prototype.

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Waveguide design is all about balancing constraints, tradeoffs, and risks. The key is knowing how each decision impacts the full system. Learn about our approach: magicleap.com/stories/unders… #AugmentedReality #Waveguides
Four Magic Leap engineers in protective gear talk to each other in a room full of waveguide equipment.

ALT Four Magic Leap engineers in protective gear talk to each other in a room full of waveguide equipment.

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Great waveguides start with great machines. Here’s how our teams design and build the equipment behind our waveguide manufacturing process. magicleap.com/stories/behind…
A Magic Leap technician in protective gear operates a metalization machine in a clean room.

ALT A Magic Leap technician in protective gear operates a metalization machine in a clean room.
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The difference between good and great waveguides often comes down to the machines behind them. Explore the mix of machines we use in our waveguide manufacturing process: magicleap.com/stories/custom…
Magic Leap engineer holding a wafer by a custom machine during the waveguide manufacturing process.

ALT Magic Leap engineer holding a wafer by a custom machine during the waveguide manufacturing process.

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Commercial software cannot fully model, measure, or test the complexity of AR waveguides. So we’ve made our own. Our expert waveguide designers use in-house simulation tools to evaluate sub-wavelength features using atomic-scale precision, helping partners make informed design decisions before waveguide fabrication begins. Learn more about our process: magicleap.com/stories/behind…
A Magic Leap technician holds an etched waveguide wafer during a customized metrology process.

ALT A Magic Leap technician holds an etched waveguide wafer during a customized metrology process.
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Nanoscale precision. Process control at every layer. Repeatability across volume. This is how we ensure optical performance remains stable, from wafer to finished waveguide. magicleap.com/waveguide-manu…
Technicians in the clean room surrounded by manufacturing equipment.

ALT Technicians in the clean room surrounded by manufacturing equipment.
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How do you align a light engine to a diffractive waveguide with micron-level precision? You co-optimize them. See how Magic Leap builds high-performance AR display systems for partners: magicleap.com/stories/how-li… #AR #Optics #MicroLED #LCoS
A Magic Leap engineer holds a light engine projection lens with tweezers near a proprietary quality control measurement tool.

ALT A Magic Leap engineer holds a light engine projection lens with tweezers near a proprietary quality control measurement tool.
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Tiny gratings, big impact. Our waveguides use nanoscale diffraction patterns to guide RGB light in a single-layer stack so we can bring vibrant visuals to AR glasses. magicleap.com/stories/how-ma… #AugmentedReality #DisplayTech #WaveguideOptics
A Magic Leap technician holds a waveguide after it has been inserted into a polymer frame.

ALT A Magic Leap technician holds a waveguide after it has been inserted into a polymer frame.

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From precision laser cutting to edge blacking, every detail of our waveguides is designed to improve contrast, durability, and visual quality. magicleap.com/waveguide-engi…
A technician sits in front of monitors in a lab.

ALT A technician sits in front of monitors in a lab.
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From imprint lithography to edge finishing, every step of our waveguide manufacturing process is engineered for precision and performance. Explore our approach to waveguide manufacturing: magicleap.com/designing-for-… #AugmentedReality #AR #Optics #MagicLeap
A Magic Leap technician makes an adjustment to a machine to prepare for the single-step wafer etching process.

ALT A Magic Leap technician makes an adjustment to a machine to prepare for the single-step wafer etching process.

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The optimal field-of-view makes AR content feel intuitive and enjoyable. We design with comfort, clarity, and context in mind. magicleap.com/designing-for-… #AR #FOV #HumanCentered
A person in augmented reality glasses showcasing field-of-view of a dashboard.

ALT A person in augmented reality glasses showcasing field-of-view of a dashboard.

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How do you design a device that fits thousands of unique faces? magicleap.com/human-factors #Biometrics #AR #HumanFactors
A series of images showcases the multiple angles each test subject is scanned from to collect comprehensive anthropometric data. It also says Understanding Human Factors in Augmented Reality and has the Magic Leap logo.

ALT A series of images showcases the multiple angles each test subject is scanned from to collect comprehensive anthropometric data. It also says Understanding Human Factors in Augmented Reality and has the Magic Leap logo.
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AR glasses are built from complex, interdependent components. Prototyping requires optimizing them as a system, not in isolation. When design, engineering, and human factors iterate together, progress is accelerated. Learn how our teams approach collaboration in AR glasses development: magicleap.com/stories/behind…
A Magic Leap technician holds and evaluates a waveguide in a clean room.

ALT A Magic Leap technician holds and evaluates a waveguide in a clean room.

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Quality assurance shouldn’t be the final step. That's why we've built it into every step of our AR process. In AR optics, tiny surface or alignment changes can affect the entire display. That’s why our QA runs through design, testing, and prototyping. Learn how we approach QA in our waveguides: magicleap.com/quality-assura…
A group of Magic Leap technicians work in a clean room, conducting quality control tests on waveguide wafers.

ALT A group of Magic Leap technicians work in a clean room, conducting quality control tests on waveguide wafers.
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Waveguide advancement starts with the materials. We use materials in innovative ways to create lighter waveguides that offer sharper, clearer visuals. magicleap.com/waveguide-mate…
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