Complex stacks
Choose layers, position, and twist to define the device you need.
01 / Research Systems
Complex devices.
Repeatable assembly.
A workhorse for your lab, freeing researchers to do research rather than tedious fabrication.
Glovebox-compatible, fully automated scan and transfer, with machine-vision assembly and optical quality assurance.
Built for demanding research
Precision, without
the one-off workflow.
For universities, national laboratories, and industrial R&D teams developing complex 2D heterostructures.
Consistent execution
Machine-vision feedback controls assembly rather than relying on manual user manipulation.
Documented builds
Connect the starting crystals, assembly workflow, and optical metrology into a build record for quality assurance.
System configurations
One platform.
Two metrology configurations.
Choose the Core System or extend the platform with confocal second harmonic generation (SHG) mapping for advanced twist control.
The foundation
Core System
- Automatic crystal recognition and database
- Machine-vision-driven pick-and-place
- Twist control from the database
- Bright-field, dark-field, photoluminescence, differential reflectivity.
Advanced twist control
Advanced Twist / SHG System
All Core System capabilities, plus:
- Confocal second harmonic generation (SHG) mapping
- Automatic twist-angle recognition
- Armchair / zigzag edge detection
From single crystals to a complete device
Design. Assemble. Record.
- 01
Scan and classify crystals
Autonomously find candidate crystals 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
Autonomous assembly under closed-loop machine-vision control.
- 04
Metrology and a build record
Link optical quality assurance to the completed build.
The system seamlessly connects scanning, device design, machine-vision-driven assembly, and optical QA.
Practical questions
How it fits your lab.
Does the system exfoliate the materials?
No. The user prepares the chips. The assembly workflow starts with the supplied material, including exfoliated flakes or CVD-prepared material.
Is the device design completely automatic?
The researcher remains in control of the device design, including final flake selection from a searchable database. Machine-vision control automates the assembly process.
What does the Advanced Twist / SHG System add?
Confocal SHG mapping, automatic twist-angle recognition and armchair / zigzag edge detection, alongside the Core System capabilities.
Which 2D materials are compatible?
Right now: TMDs, hBN, and graphene. We will expand the material database quickly. Contact us to request a specific material.
Bring us your device design.
Discuss materials, stack complexity, optical QA, and the configuration that fits your research.