Engineering the Future of Sensing, Computing & Detection
Jabroyd engineers Quantum-Grade and NV-Ready Diamond substrates for Quantum Sensors and Deep-UV Photodetectors, seamlessly integrating photonics and control architectures to enable next-generation quantum capabilities.
NV spin coherence for ultra-precise magnetometry, thermometry, and bio-imaging.
Solar-blind detection for aerospace, defense, and semiconductor lithography.
About Us
We build quantum-grade diamond platforms that lead the new material transition, enabling next-level capabilities across sensing, photonics, and deep-UV detection.
Mission
Deliver reliable Quantum-Grade Diamond and integration-ready NV-diamond substrates for sensor applications, as well as diamond-based deep-UV photodetectors tailored for aerospace, mobility, medical, and semiconductor industries.
What We Make
Single-crystal MPCVD diamond substrates, NV-engineered sensing layers, and diamond MSM/Schottky photodetector devices and arrays.
How We Deliver
QC-backed wafers and modules with FTIR, Raman, XRD, PL/ODMR reports, packaging options, and application notes for fast deployment.
Technology
From ultra-pure growth to device-level integration.
MPCVD Single-Crystal Growth
Low-defect, high-purity diamond grown with precise gas chemistry, pressure, and temperature control; metrology with FTIR, Raman, XRD.
NV-Center Engineering
Controlled ¹⁴N/¹⁵N implantation, anneal and surface termination for stable NV⁻ charge state, long T₂, and targeted sensing depths.
Deep-UV Device Stack
MSM or Schottky topologies with Ti/Pt/Au or Ni/Au, passivation, and array-ready interconnects.
Process Controls
Gas purity & in‑situ diagnostics • plasma stabilization • thermal budget control • surface polish & etch steps
Metrology
FTIR/UV‑Vis • Raman/PL • XRD rocking curve • AFM • ODMR/ESR • I‑V & responsivity
Deliverables
Spec sheet • test report pack • handling & bonding notes • CAD of pads • packaging options
Products
Quantum-grade materials and devices ready for integration.
Quantum-Grade Diamond
- Single-crystal MPCVD (100/111)
- Ultra-low dislocation density
- < 1 ppb N (ppt-ready)
- 3×3 mm –20×20 mm, 50–100µm
- Metrology: Raman 1332 cm⁻¹, FTIR, XRD
NV-Ready Diamond for Quantum Sensors
- Controlled NV depth (δ-layer / bulk)
- Charge-state stabilized NV⁻
- ODMR-verified spin coherence
- For magnetometers/gyros/biophotonics
- Reference packaging & designs
Deep-UV Photodetectors
- Diamond MSM/Schottky structures
- Solar-blind response (<225 nm)
- High responsivity, low dark current
- Contacts: Ti/Pt/Au or Ni/Au
- Array-ready device integration
Solutions
Pre-configured bundles for fast time-to-value.
NV Neuronal & Thermal Sensing Kit
- NV layer (20–50 nm) for shallow sensing
- ODMR optics + reference electronics
- Biocompatible surface termination notes
- Example protocols for magnetometry/thermometry
Solar-Blind UV Tracking Module
- Diamond MSM/Schottky die or array
- Low-noise preamp & readout board
- Radiation-hard packaging options
- Integration guide for UAV/EO payloads
DUV Inspection & Lithography Sensor
- High-uniformity detectors for <200–250 nm
- Array mapping & calibration files
- Cleanroom handling & bonding notes
- Data interface examples (CSV/JSON)
Field Magnetometry Package
- Rugged NV sensor assemblies
- Temperature compensation strategies
- Battery-friendly readout firmware
- Ingress-protected enclosure options
Sectors We Serve
Where diamond outperforms conventional materials.
AI Data Centres
Saving energy by replacing silicon chips for server cooling.
Semiconductor
Thermal substrate for heat control for atomic-level cooling engine.
Aerospace & Defense
Radiation hard UV detection and navigation grade quantum sensors, spreader for radar and satellite chips.
Automobile & EV
Power electronics, thermal substrate, UV sensor, LiDAR module.
Medical & Bio photonics
Brain/Thermal Imaging, Biocompatible Thermal Substrate, Quantum NV Sensor, and Photonic Imaging Platform.
Quantum Computing
NV-Center Qubits, Diamond Photonic Integration, Atomic-Level Cooling Substrate.
Contact & Collaborations
Partner with us to integrate quantum-grade sensing and detection into your systems.