Leading Innovation in Lab-Grown Diamonds

Appsilon Enterprise: Pioneering the future with advanced lab-grown diamond technology for cutting-edge applications across industries.

Explore Our Diamond Products

Welcome to Appsilon Enterprise

At Appsilon Enterprise, we create the future through advanced lab-grown diamond technology. Our innovations provide exceptional thermal, optical, and electrical properties for the most demanding applications.

Innovative Diamond Technology

Pioneering lab-grown diamond production with state-of-the-art reactors and processing capabilities.

Advanced Diamond Research

Pushing the boundaries of materials science through continuous research and development in diamond applications.

Industrial Diamond Solutions

Delivering customized lab-grown diamond solutions for the most demanding industrial applications.

Our Company: Appsilon Enterprise

Learn about our journey and our vision for the future of lab-grown diamond technology.

Our History in Diamond Innovation

2016: Foundation

Appsilon Enterprise founded with a focus on research in advanced materials, including synthetic diamonds.

2017: Breakthrough

We produced the first single crystal diamond in our own lab.

2019: Commercialization

Achieved 1 carat polished +G color diamond.

2021: Expansion

Produced our first reactor for diamond synthesis.

2024: Specialization

Started the mass production of electronic grade diamonds.

Present: Leadership

Appsilon Enterprise stands as an industry leader in high-performance lab-grown diamond materials for critical applications.

Our Investors & Partners

Esas Private Equity

Diffusion Capital Partners

Kalkınma Yatırım Bankası

Quantum Delta

TÜBİTAK

Products & Services

Discover our range of advanced lab-grown diamond products tailored for specialized applications.

Optical grade diamonds for X-rays and high-power lasers

Optical Grade Lab-Grown Diamonds

Our optical-grade lab-grown diamonds feature exceptional clarity and precision for advanced photonic applications. With superior light transmission properties across a wide spectrum, these diamonds enable cutting-edge developments in high-power laser systems, and precision optics.

  • Exceptional optical clarity with minimal defects
  • Customizable dimensions for specific applications
  • Superior performance in high-energy laser environments
  • Quantum-grade purity for advanced research applications
Request Optical Diamond Specs

Industries We Serve

Our advanced lab-grown diamond materials power innovation across a wide range of industries and applications.

Lab-grown diamonds in Electronics & Semiconductors industry

Electronics & Semiconductors

Advanced thermal management solutions and substrate materials using lab-grown diamonds for next-generation electronic devices.

Lab-grown diamonds in Aerospace & Defense industry

Aerospace & Defense

High-performance lab-grown diamond materials for critical components in aerospace systems and sensing technologies.

Lab-grown diamonds in Optics & Photonics industry

Optics & Photonics

Precision optical components from lab-grown diamonds for laser systems, quantum technologies, and advanced sensing.

Lab-grown diamonds in Healthcare & Medical Technology

Healthcare & Medical

Biocompatible lab-grown diamond materials for advanced medical devices, imaging, and therapeutic applications.

Industrial manufacturing facility with Kunkel Wagner moulding machines, relevant to lab-grown diamond applications

Industrial Manufacturing

High-performance lab-grown diamond tools and components for precision manufacturing and extreme environments.

Lab-grown diamonds in Research & Development

Research & Development

Specialized lab-grown diamond materials for scientific research, materials development, and experimental technologies.

Why Lab-Grown Diamonds? The Appsilon Advantage

Discover the extraordinary properties that make our lab-grown diamonds the ideal material for advanced applications.

Superior Thermal Management

Lab-grown diamond offers unparalleled thermal conductivity (up to 2100 W/mK), for exceptional heat dissipation in electronics.

Diamond (2100 W/mK) Cu (400)

Advanced Materials Research

Our research facilities develop lab-grown diamonds with precisely controlled properties for specialized applications.

  • Controlled doping profiles
  • Defect engineering
  • Surface functionalization
  • Custom crystalline structures

Precision Diamond Manufacturing

Advanced production delivers lab-grown diamonds with exacting specifications and dimensional accuracy.

  • Tight dimensional tolerances
  • Advanced surface finishing
  • Consistent material properties
  • Complex geometries

High-Level Customization

We collaborate to develop lab-grown diamonds with properties specifically engineered for your unique applications.

  • Application-specific properties
  • Collaborative development
  • Iterative refinement
  • Specialized testing

Research-Oriented Development

Our development integrates cutting-edge research to continuously improve lab-grown diamond quality and capabilities.

  • Academic partnerships
  • Ongoing R&D programs
  • Peer-reviewed publications
  • Technology transfer

Exceptional Electrical Properties

Our lab-grown diamonds combine electrical insulation with controllable semiconducting properties for advanced electronics.

  • High electrical resistivity
  • Controlled doping
  • Wide bandgap (5.47 eV)
  • High breakdown field

Our Technology

Appsilon Enterprise offers comprehensive end-to-end technology capabilities for lab-grown diamond production and processing.

Equipment for synthetic lab-grown diamond production and analysis

Advanced Reactor Technology (CVD & LPHT)

Our proprietary reactors enable precise control over growth conditions, resulting in lab-grown diamonds with exceptional properties and consistency. We utilize both CVD (Chemical Vapor Deposition) and LPHT (Low Pressure High Temperature) methods.

Diamond Seed Production

We develop and produce our own high-quality diamond seeds with carefully controlled properties, ensuring the best foundation for our lab-grown diamonds and enabling precisely oriented crystal growth.

Advanced Diamond Characterization

State-of-the-art facilities allow comprehensive analysis of lab-grown diamond properties, ensuring each product meets stringent quality standards via spectroscopic, microscopic, and electrical testing.

Precision Laser Processing of Diamonds

Our advanced laser processing enables precise cutting, shaping, and surface modification of lab-grown diamond materials to meet exact dimensional and surface requirements.

Contact Appsilon Enterprise

Reach out to discuss how our advanced lab-grown diamond materials can support your applications.

Our Offices

Headquarters (İstanbul, Türkiye)

TUBITAK Gebze Yerleşkesi
B BLOK 1-12
41470 Gebze, Kocaeli

+90 539 722 18 93

info@appsilonenterprise.com

Delft Office (Netherlands)

Molengraaffsingel
2629 JD Delft, Netherlands

Contact via general inquiry

info@appsilonenterprise.com

Schedule a Consultation

For technical discussions and specialized inquiries about our lab-grown diamonds, our experts are available for in-depth consultations.

Request Consultation via Email

Careers at Appsilon Enterprise

Join our team of innovators and contribute to the future of advanced lab-grown diamond technology.

Open Positions in Diamond Technology

Process Development Engineer for Surface Finishing and Laser Technologies

Full-time | R&D Department

We are looking for a an ambitious and hands-on Process Development Engineer to take responsibility for investigating Polishing and Laser manufacturing processes and technologies.

Learn More

Why Join Appsilon Enterprise

Cutting-Edge Diamond Research

Work at the forefront of materials science with access to state-of-the-art lab-grown diamond facilities.

Collaborative Environment

Join a team of experts from diverse technical backgrounds working together to solve complex challenges in diamond technology.

Innovation Culture

We encourage creative thinking and support the development of revolutionary ideas in the field of lab-grown diamonds.

Growth Opportunities

Continuous learning and career advancement in the rapidly expanding field of advanced diamond materials.