Magic Leap
@magicleap

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

magicleap.com
Joined January 2010
708 Photos and videos
How does light travel through an AR waveguide? Our latest story explores how diffraction guides, distributes, and extracts light to create bright, clear virtual images. magicleap.com/stories/diffra…
A Magic Leap engineer holds a single waveguide in a gloved hand to showcase the surface relief gratings in the waveguide.

ALT A Magic Leap engineer holds a single waveguide in a gloved hand to showcase the surface relief gratings in the waveguide.

1
5
30
2,121
Why do materials matter in AR waveguides? Because every material comes with its own capabilities and challenges. Understanding these trade-offs helps our teams identify which material works best for our partners’ designs and goals. Learn more here: magicleap.com/stories/behind…
Three Magic Leap engineers work in a lab with computers and specialized equipment.

ALT Three Magic Leap engineers work in a lab with computers and specialized equipment.
2
7
1,894
The eyebox is an often-overlooked design factor in AR optics. It influences visual comfort, manufacturability, and usability, while shaping countless engineering decisions throughout development. Learn why it deserves more attention: magicleap.com/stories/why-th… #eyebox #AugmentedReality #AR #waveguide
Magic Leap logo with an illustration that shows the location and placement of an eyebox while AR glasses are being worn.

ALT Magic Leap logo with an illustration that shows the location and placement of an eyebox while AR glasses are being worn.

3
4
21
2,804
Manufacturing a waveguide is only the beginning. Our newest story explores how precision engineering and material characterization help protect performance as AR devices move from concept to wearable products. magicleap.com/stories/from-w…
A Magic Leap engineer removes a single waveguide from a carrier tray and holds it up with gloved hands.

ALT A Magic Leap engineer removes a single waveguide from a carrier tray and holds it up with gloved hands.

1
4
13
2,204
Tiny changes in grating geometry can influence brightness, color, field-of-view, and more. Explore how surface relief gratings shape waveguide performance. magicleap.com/stories/differ…
A Magic Leap engineer uses a high-power microscope to check the grating structure on a surface relief grating waveguide.

ALT A Magic Leap engineer uses a high-power microscope to check the grating structure on a surface relief grating waveguide.

1
8
2,000
Today’s waveguide research is laying the foundation for tomorrow’s AR glasses. Learn about the materials, display architectures, and manufacturing advances shaping what’s next. magicleap.com/stories/wavegu… #waveguides #ARmaterials #ARdisplays
Magic Leap engineer experimenting with waveguide materials in the lab.

ALT Magic Leap engineer experimenting with waveguide materials in the lab.

1
2
10
2,398
Waveguides are built with features measured in nanometers. Metrology makes sure every one counts. magicleap.com/stories/metrol… #waveguides #metrology
A Magic Leap engineer sits in front of a metrology tool with his hands holding the controllers.

ALT A Magic Leap engineer sits in front of a metrology tool with his hands holding the controllers.
1
5
2,280
Building AR glasses is a series of engineering decisions. See how product vision, waveguide design, prototyping, manufacturing, and integration work together throughout the development process. magicleap.com/engineering-ar…
An exploded parts diagram of a Magic Leap optical assembly showing how the projector panel, lens stack, and input coupler work together to inject light into the waveguide.

ALT An exploded parts diagram of a Magic Leap optical assembly showing how the projector panel, lens stack, and input coupler work together to inject light into the waveguide.

3
5
36
3,067
Building AR glasses requires balancing optics, sensing, compute, comfort, and manufacturability. Reference designs help partners evaluate those decisions earlier and accelerate development. magicleap.com/reference-desi… #AugmentedReality #ARGlasses #referencedesigns
A Magic Leap engineer reviews some reference design sketches on a table

ALT A Magic Leap engineer reviews some reference design sketches on a table

1
9
1,940
Fewer steps. Greater control. Our proprietary J-FIL manufacturing process takes us from wafer to waveguide in a single pass, reducing the chance of costly errors while maintaining pattern fidelity throughout production. Learn more: magicleap.com/jet-and-flash-… #waveguide #JFIL #manufacturing
A gloved hand in a laboratory holds up a pristine waveguide

ALT A gloved hand in a laboratory holds up a pristine waveguide

1
1
7
1,456
Without factory calibration, AR can quickly fall apart. It helps displays, sensors, and eye tracking work together so virtual content behaves as users expect. magicleap.com/stories/factor… #AugmentedReality #calibration
A Magic Leap engineer places an AR glasses prototype into a calibration machine.

ALT A Magic Leap engineer places an AR glasses prototype into a calibration machine.

2
7
1,660
AR glasses are among the most complex wearable devices being developed today. Displays, waveguides, sensors, processors, batteries, and software must work together within a lightweight form factor. Learn how reference designs help guide that process. magicleap.com/stories/how-re… #AugmentedReality #WearableTech
A wireframe model depicting a Magic Leap reference design for a pair of augmented reality glasses.

ALT A wireframe model depicting a Magic Leap reference design for a pair of augmented reality glasses.

6
11
66
14,980
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…
2
1
8
1,259
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.

2
11
1,369
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.

2
1
10
1,214
AR glasses need thin, lightweight optics. Diffractive waveguides make it possible. magicleap.com/stories/why-di… #AugmentedReality #SRG #waveguides
4
18
1,737
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.
1
10
1,252
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.
1
7
1,203
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.

5
1,156
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.
2
6
1,103
Load more