Our Location
304 North Cardinal St.
Dorchester Center, MA 02124
Our Services
Single Crystal Growth
We offer precision-grown single crystals of topological and quantum materials such as Pb₁₋ₓSnₓTe, MnTe, Co₃Sn₂S₂, and other advanced compounds. Controlled synthesis using optimized temperature profiles. High-purity precursors and vacuum-sealed reactions. Crystal sizes customizable as per research or device requirements.
Custom Crystal Development
Need a specific composition, dopant concentration, or structure? We provide custom crystal growth services tailored to your experimental or industrial needs. Targeted stoichiometry and phase control. Specialized doped or substituted systems. Confidential R&D project handling and reporting.
Material Characterization
We ensure each crystal meets the highest research standards through in-depth characterization: Structural: XRD, Laue diffraction, SEM-EDS. Vibrational: Raman and IR spectroscopy. Electronic & Magnetic: PPMS, SQUID-VSM, Hall, and transport studies. Clients receive complete data reports, including analysis and quality validation.
Collaboration & Consultancy
Xtalsphere bridges academia and industry by offering collaborative research and consultation: Joint projects with universities, startups, and R&D centers. Guidance on crystal design, synthesis optimization, and characterization workflows. Support for grant proposals and technology translation.
Why Xtalsphere ?
At Xtalsphere, we are dedicated to transforming the way research-grade single crystals are produced and supplied for quantum and advanced material applications. Founded by researchers from IISER Bhopal under the mentorship of Dr. Subhajit Roychowdhury, our team brings deep scientific expertise and a strong commitment to quality. We ensure every crystal we deliver is pure, structurally perfect, and precisely tailored to meet the specific requirements of our clients. By combining advanced synthesis techniques, rigorous characterization, and customizable growth options, Xtalsphere bridges the gap between academia and industry. Our indigenous approach not only reduces dependency on costly imports but also strengthens India’s position in the global quantum materials landscape—making world-class crystals accessible, reliable, and affordable for researchers and innovators alike.