Brilliant Labgrown, a vendor based in Gujarat, is fully devoted to serving the market for lab-grown diamonds in semiconductor and electronics applications. The company produces CVD diamonds suitable for both jewellery and semiconductor use.
The firm began with the position that a diamond’s value should not depend on its origin in the ground. It grows CVD diamonds and states its goal as making diamond accessible as a material, not only as a gem, to users ranging from jewellers to engineers.
Its team includes scientists who work with plasma chemistry, cutters experienced in how light moves through stone, and a quality team. The company’s product offerings include:
- Diamond wafers: single crystal or polycrystalline plates grown from millimetres to inches, provided as starting material for applications that require diamond properties in flat, workable form.
- Heat sinks and heat spreaders: designed so that diamond transfers heat away from chips faster than metal; built for power electronics, EVs and thermal extremes.
- Optical components: IR windows and laser optics that remain optically clear under intense heat and power; the material does not distort or degrade.
- Cutting, drilling and tooling materials: grown specifically to be embedded, bonded and used in applications where diamond’s hardness allows slower wear than the materials being cut.
Chemical vapour deposition (CVD) produces the same mineral as natural diamond by recreating the conditions needed for carbon to crystallise. The resulting material has the same hardness and other properties atom for atom.
Brilliant Labgrown’s R&D work covers growth recipe refinement for colour and clarity control, development of doped single-crystal diamond for electronics applications, production of larger single-crystal plates with fewer defects, and faster, more consistent cutting and polishing.
Separately, the broader market for technology-grade grown diamond is projected to expand from $1.65 billion in 2026 to $2.75 billion in 2031 and $4.7 billion by 2036. Unit demand is expected to rise from roughly 859,000 units in 2026 to 2.75 million by 2036. Growth drivers include defence systems, AI computing infrastructure, semiconductor manufacturing and energy. Diamond wafers are used in applications from high-power electronics to quantum devices on the basis of thermal conductivity, electrical insulation and mechanical strength.
Pic: Krish Shah, CEO of Brilliant Labgrown, posing next CVD equipments at the factory
