Groupersl manufactures single‑crystal diamond using chemical vapor deposition (CVD) powered by 100 % renewable energy, delivering pure and precisely doped diamond films. These lab‑grown diamonds serve as high‑purity substrates for semiconductor devices, integrated layers for advanced electronics, and engineered vacancy‑center materials for quantum sensing and computing. By producing diamonds in a controlled, low‑carbon process, Groupersl provides a scalable, environmentally friendly alternative to mined diamonds for research, industry, and sustainable jewelry.
Funding
Funding not disclosed
Founders
Product
Problem
Access to high-quality diamond material for advanced research, semiconductor, and quantum applications is limited by reliance on natural mining, which is environmentally damaging and cannot easily provide the purity, doping control, or crystal structures required for modern technologies.
Solution
Groupersl produces single‑crystal diamond using chemical vapor deposition (CVD) technology powered by 100 % renewable energy in Canada. The plasma‑based process grows diamond atom by atom, enabling the creation of both pure and precisely doped diamond films. These materials can be supplied as standalone semiconductor substrates, integrated device layers, or engineered with specific vacancy centers for quantum devices. By manufacturing diamonds in a laboratory, Groupersl eliminates the ecological impact of mining and offers a scalable source of flawless diamond tailored to research and industrial needs.
Target Audience
Primary customers include semiconductor manufacturers, quantum‑technology developers, academic and industrial research labs, and high‑end jewelry producers seeking sustainable, high‑purity diamond material.
Features
- CVD growth platform that deposits diamond atomically, delivering defect‑free single‑crystal material
- Capability to produce pure diamond films as well as doped variants (e.g., boron, nitrogen) for electronic and quantum functionality
- Customizable vacancy‑center engineering for quantum sensing and computing applications
- Production powered entirely by renewable energy, ensuring a low‑carbon footprint
- Lab‑grown diamonds free of mining‑related toxins and habitat disruption
- Material formats suitable for gemstones, semiconductor wafers, and device‑level integration