India’s jewelry industry is experiencing a shift in consumer preferences as buyers increasingly explore alternatives that combine design, affordability, and modern production technologies. Lab-grown diamonds are becoming more visible within jewelry collections, particularly among consumers seeking contemporary designs and different price points. The development is also supported by India’s established diamond-processing capabilities and expanding interest in technology-driven jewelry.

A recent study by Markntel Advisor states that the India lab-grown jewelry market was valued at USD 0.395 billion in 2025 and is projected to grow from USD 0.45 billion in 2026 to USD 1.04 billion by 2032. The industry is projected to witness steady growth at a CAGR of 15% during 2026–2032. Rising consumer awareness, product accessibility, evolving jewelry preferences, and advancements in laboratory-grown diamond production are contributing to this development.

Technology Is Reshaping Diamond Jewelry

Lab-grown diamonds are produced using technologies such as Chemical Vapor Deposition (CVD) and High-Pressure High-Temperature (HPHT). These processes create diamonds with the same chemical composition and physical characteristics as naturally occurring diamonds, while the production process differs from geological formation.

India has also developed capabilities across the diamond processing and jewelry manufacturing value chain. According to NITI Aayog, India contributes significantly to global lab-grown diamond production and has increasingly transitioned from its traditional role as a diamond processing center toward participation in the emerging lab-grown segment.

Affordability Broadens Consumer Access

Price remains an important consideration in jewelry purchasing, particularly as younger buyers compare different options before making high-value purchases. Lab-grown diamonds can offer a different price structure from natural diamonds, allowing jewelry retailers to develop products across broader price segments.

This can support the adoption of lab-grown stones in engagement rings, earrings, necklaces, bracelets, and other studded jewelry categories. NITI Aayog has also identified pricing as one factor contributing to demand for lab-grown diamonds in India, alongside their positioning around environmental considerations.

Younger Buyers Influence Jewelry Preferences

Consumer preferences are evolving beyond traditional jewelry purchasing patterns. Younger buyers are increasingly exposed to digital retail platforms, social media trends, customized designs, and international jewelry styles. This is creating interest in pieces that combine personal expression with accessible pricing.

Lab-grown jewelry can fit into this changing environment because retailers can offer varied designs using diamonds produced through controlled technological processes. The availability of different cuts, sizes, settings, and contemporary designs can also support customization and broaden the range of products available to consumers.

Retail Channels Expand Product Accessibility

The growing presence of organized jewelry retailers and online shopping platforms is making it easier for consumers to compare designs, specifications, and pricing. Digital channels can provide detailed product information and allow buyers to explore jewelry collections without relying exclusively on physical stores.

As lab-grown jewelry becomes more widely presented across retail channels, clear product descriptions and transparent disclosure become increasingly important. The Bureau of Indian Standards has developed IS 19469:2025, which sets terminology and disclosure principles intended to help consumers distinguish natural, laboratory-grown, treated, composite, and imitation diamonds.

Transparency Gains Importance in Purchasing Decisions

As the category expands, consumers need clear information about the origin and characteristics of the diamonds used in jewelry. Accurate labeling can help buyers understand whether a product contains a natural diamond, laboratory-grown diamond, treated stone, or another diamond-like material.

This emphasis on transparency is particularly relevant as lab-grown and natural diamonds are increasingly available alongside one another. Clear communication can help retailers present products accurately while allowing consumers to make purchasing decisions based on their preferred characteristics, price considerations, and jewelry requirements.

Manufacturing Capabilities Support Industry Development

India’s established expertise in cutting, polishing, jewelry manufacturing, and design provides an existing industrial base for the development of lab-grown jewelry. NITI Aayog notes that India processes a substantial portion of the world’s diamonds and has leveraged this established ecosystem while expanding into lab-grown diamond production.

This manufacturing foundation can support product development across both domestic and export-oriented jewelry businesses. As production technologies mature, manufacturers can continue experimenting with new cuts, settings, lightweight designs, and customized jewelry formats to address changing consumer preferences.

Future Growth Will Follow Evolving Jewelry Choices

The India lab-grown jewelry industry is expected to continue developing as consumers become more familiar with laboratory-grown diamonds and retailers expand product offerings. Affordability, design flexibility, digital retail access, and technological improvements are likely to remain important factors influencing adoption.

The category’s future will also depend on transparent communication and clear differentiation between natural and laboratory-grown diamonds. With India’s established jewelry manufacturing ecosystem and growing consumer awareness, lab-grown jewelry is becoming an increasingly visible part of the country’s evolving jewelry landscape.