Anjali Semicon
Quantum Technologies

4.3 X 4.3 X 0.5 (mm X mm X mm)<br><br>Specification

4.3 X 4.3 X 0.5 (mm X mm X mm)

Specification

  • Length : 4.3 mm
  • Width : 4.3 mm
  • Thickness : 0.5 mm
  • Crystallographic Orientation (Miscut) : +/-3°
  • Crystallography : Typically 100% single sector {100}
  • Edges : Laser Cut
  • Edge Features : < 0.2 mm
  • Edge Orientation : <110> edges
  • Face Orientation : {100} faces
  • Laser Kerf : <5°
  • Lateral Tolerance : +0.4 -0 mm
  • Side 1, Roughness, Ra : polished, Ra<5nm on {100} face
  • Side 2, Roughness, Ra : polished, Ra<5nm on {100} face
  • Thickness Tolerance : +/- 0.01 mm

We understand that every project is unique, and we’re here to customize our products to meet your specific needs. Whether it’s size or technical specifications, we tailor our solutions to fit your requirements perfectly. Reach out us to discuss your needs and find the right solution. Inquiry Now

OVERVIEW OF QUANTUM TECHNOLOGIES

Overview

Overview

Diamond is emerging as a leading material in the development of quantum technologies, offering unique quantum properties that are unmatched by other materials. Our custom solutions are designed to meet the specific demands of quantum computing, sensing, and communication applications.

Key Use Cases

Quantum Computing Diamond substrates with stable quantum properties for advanced computing applications.
Quantum Sensors High-sensitivity diamond sensors for detecting minute changes in physical quantities.
Quantum Communication Custom diamond components that enable secure and efficient quantum communication networks.

Key Benefits

  • Stable Quantum Coherence
  • High Sensitivity and Accuracy
  • Scalable and Reliable Solutions