DiamondBuzz
Global Lab-Grown Diamond Market Set to Reach $100 Billion by 2032: DMCC
Global LGD market poised for $60–100B growth by 2032, with Dubai leading as a key facilitator
The global lab-grown diamond (LGD) market is projected to expand to $60–100 billion by 2032, according to the Dubai Multi Commodities Centre (DMCC). This growth trajectory is being shaped by three powerful forces: rising jewellery and lifestyle adoption, sustained industrial demand, and accelerated technological integration. Dubai, already among the world’s top diamond trading hubs, is emerging as a critical enabler and facilitator of this growth by providing infrastructure, market access, and thought leadership in the sector.
Market Outlook: Lab-Grown Diamonds Entering a Growth Supercycle
At the second edition of the DMCC Lab-Grown Diamond Symposium, held under the theme “From Mass to Meaning: Creativity, Technology and Transformation in Lab-Grown Diamonds”, more than 150 global leaders, innovators, and policymakers convened to evaluate the LGD industry’s future pathways.
The consensus: LGDs are no longer confined to jewellery. Their applications now extend across high-tech industries, fashion, lifestyle, and advanced engineering, placing them at the centre of multiple innovation streams.
DMCC forecasts underscore the scale of this expansion, with estimates suggesting the LGD industry could surpass the $100 billion threshold by 2032, effectively transforming it into one of the most dynamic markets globally.
Drivers of Growth
Jewellery and Lifestyle Expansion
- Lab-grown diamonds are increasingly embraced by millennials and Gen Z consumers, who value affordability, sustainability, and customisation.
- Designers are leveraging LGDs’ versatility, incorporating them into fashion-forward accessories including sunglasses, footwear, and wearable technologies.
- Interior and lifestyle sectors are exploring LGD applications in home décor and consumer products, broadening demand far beyond traditional jewellery.
- Industrial Applications
- LGDs are now critical in aerospace, construction, and precision tools, owing to their superior hardness, durability, and cost-effectiveness compared to natural diamonds.
- Demand is expected to rise from manufacturing and industrial engineering sectors seeking reliable high-performance materials.
- High-Technology Adoption
- LGDs possess unique physical and chemical properties—notably thermal conductivity, optical clarity, and electronic resilience—that make them suitable for next-generation semiconductors, quantum systems, and photonics.
- Their use in quantum computing and advanced electronics positions LGDs as an enabling material for the future digital economy.
Dubai’s strategic geography, advanced logistics, and position as a global luxury hub place it at the heart of LGD trade and innovation. DMCC is spearheading initiatives to integrate LGDs across industries by:
- Convening global stakeholders through flagship platforms like the Lab-Grown Diamond Symposium.
- Facilitating cross-sector collaboration between technology firms, jewellers, designers, and industrial manufacturers.
- Providing trade infrastructure and regulatory support to strengthen Dubai’s positioning as the global centre for lab-grown diamond dialogue and commerce.

Ahmed Bin Sulayem, Executive Chairman and CEO of DMCC, emphasised:“Lab-grown diamonds are powering global innovation – from quantum computing and semiconductors to jewellery design, aerospace and construction. With the market set to reach $60–100 billion by the early 2030s, this is among the most dynamic sectors worldwide.” He further highlighted Dubai’s unique role in connecting luxury, industrial, and technological applications, with DMCC acting as the platform for convergence.
Implications for Industry Stakeholders
- Jewellery brands: The rise of LGDs offers new possibilities for product innovation, mass-market accessibility, and sustainable branding.
- Technology firms: Opportunities are expanding in quantum, semiconductor, and photonics markets, where LGDs may become indispensable materials.
- Investors: The projected market scale indicates a strong growth and diversification opportunity, particularly in regions where LGD adoption is nascent.
- Trade hubs: Cities like Dubai are set to gain prominence by providing ecosystems that facilitate LGD innovation and commerce.
The lab-grown diamond industry is transitioning from niche to mainstream, underpinned by a multi-sector growth narrative. By 2032, the market could cross the $100 billion mark, reshaping global supply chains and consumer markets alike.
As the host of critical dialogue and innovation platforms, Dubai—through DMCC—has positioned itself at the forefront of this transformation, ensuring that the city is not only a trading powerhouse but also a driver of technological and creative disruption in the LGD sector.
DiamondBuzz
CVD Synthetic Fashioned To Imitate A Rough Natural Diamond
The Near-Colorless Stone Is Believed To Be The First Time Creators Of A Synthetic Chemical Vapor Deposition (CVD) Diamond Have Shaped It To Resemble A Rough Diamond
The 6.87-carat near-colorless CVD diamond was shaped to resemble a natural rough octahedral crystal but showed distinct synthetic features under microscopic and spectroscopic analysis.GIA’s tests confirmed the stone’s synthetic origin, noting polishing marks, facet junction roughness, and luminescence patterns inconsistent with natural diamonds.
No evidence currently suggests widespread substitution of synthetics for rough natural diamonds, but existing detection tools could be adapted if such cases increase.
The near-colorless stone is believed to be the first time creators of a synthetic chemical vapor deposition (CVD) diamond have shaped it to resemble a rough diamond, according to an article in the spring issue of the institute’s Gems & Gemology quarterly journal.
Upon investigation with the use of raman spectroscopy, the results confirmed that the material was a diamond, with its near-octahedral shape similar to that of a natural rough crystal. Further analysis showed that it was not a true octahedron, as only one set of opposing faces was parallel. Microscopic observation under differential interference contrast revealed extremely flat faces marked mainly by parallel polishing lines, unlike the growth steps and trigons typically seen on natural octahedral faces. The facet junctions were extremely rough, possibly due to measures taken to improve the color, after which the main faces appear to have been repolished, the institute explained.
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