CYRANNUS R&D All-around
Versatility for groundbreaking discoveries in diamond research
Offers researchers and developers an exceptionally flexible platform for synthesising a wide range of diamond materials with precisely controlled properties, ideal for diverse experiments and demanding applications, including quantum technologies.
The ultimate research platform for diamond synthesis
Unlike the CYRANNUS TB series, this system features a fundamentally different reactor configuration tailored to the specific requirements of research and high-tech applications, including quantum applications.
It enables experiments under various conditions and the realisation of demanding applications in the fields of single crystal diamond (SCD), polycrystalline diamond (PCD), ultra-nanocrystalline diamond (UNCD) and highly oriented diamond (HOD), as well as diamond layers on silicon (Si) and gallium nitride (GaN).
R&D in CVD diamond synthesis for SCD, PCD, UNCD, HOD and diamond layers on Si/GaN.
Particularly suitable for quantum technologies.
Precise doping (ppb), wide range of substrate temperatures, production of ultra-pure diamond materials.
- Precise process control (ppb)
- Integrated heating/cooling unit
- Doping station
- Replaceable 60 mm sample holder
- Comprehensive sensor technology and diagnostic options
- Versatility for multiple diamond forms
- Excellent suitability for quantum applications
Your advantages with CYRANNUS R&D Allround
- Unrivalled versatility: Explore a vast parameter space for diverse materials.
- Ultimate process control: Atomic-level control over growth and doping.
- Accelerated research: Rapid prototyping and characterisation.
- Quantum-ready: Designed for the stringent requirements of quantum applications.
- Comprehensive data acquisition: Extensive sensor technology provides valuable insights for scientific analysis.
- Future-proof investment: Adaptable design enables easy upgrades and new experiments.
Groundbreaking applications with the CYRANNUS R&D Allround
- Quantum sensing and quantum computing (NV centres)
- Advanced semiconductor research
- Novel tools and wear protection
- Optics and photonics
- Biosensors and medical devices
- Fundamental research in materials science