Design. Assemble. Scale.
Reproducible 2D
devices at scale.
Smart, autonomous assembly for next-generation electronics, photonics & quantum devices.
An instrument that finds the crystals, builds the stack, and records every build.
01 / Explore the platform
Precision today.
A path to scale.
Research instrumentation and integrated metrology, with a roadmap towards high-value devices and industrial manufacturing.
Research Systems
High precision for complex devices. Built for university, national-lab, and industrial R&D groups.
Explore the instrumentIn Situ Metrology
Optical quality assurance within the assembly workflow. A build record for every device.
Explore the metrologyIndustrial Scale-Up
From research tools to high-value devices and, longer term, wafer-scale integration.
Explore the roadmap
02 / The problem
The science is ready.
Manufacturing is not.
Atomically thin materials open new possibilities for electronics, photonics and quantum technologies. Building the devices is the major bottleneck.
Finding the right micron-scale crystal takes too much time.
Every layer demands precision. Position, twist, and quality must be controlled throughout every step of the build. Experts still fail to successfully achieve this.
Results and performance depend on pristine interfaces and reproducibility. Low yield rates and inconsistent build lead to too many one-of-a-kind “hero” devices.
03 / The solution
One connected workflow.
Replace artisan assembly with an instrument that connects crystal selection, device design, robotic assembly, and optical metrology-based quality assurance.
- 01
Scan and classify crystals
Find candidate flakes and record their morphology and metadata.
- 02
Design the stack
Select the layers and define their relative position and twist.
- 03
Robotic pick-and-place
Assemble under closed-loop machine-vision control.
- 04
Metrology and a build record
Link optical quality assurance to the completed build.
04 / From flakes to wafers
One platform.
Three scales of manufacturing.
The same core technology at every scale: machine-vision alignment, in situ metrology, and a build record for every device.
Research instruments
Complex heterostructure devices for research labs.
High-value devices
Reproducible device fabrication and integration.
Industrial integration
Development for pilot lines and foundries.
Developed at Heriot-Watt University
Built by experts
who build 2D devices.
Our foundation is expertise in 2D materials, optical spectroscopy, and semiconductor device fabrication. We combine this with robotics, machine vision, and a friendly software platform.
Meet Atomic ArchitectsWhat would you build?
Talk to us about your materials, device design, and fabrication workflow.