Data-Rich Automation Platforms for High-Throughput Experimentation
Modular, standalone or integrated systems enabling precise control of pressure, temperature, pH, gas, and light for pharmaceutical, biotechnology, materials, and energy research.
Singh Instrument (SI) builds modular experimental infrastructure platforms for biotechnology, pharmaceutical, chemical, and energy research.
Our systems bring the efficiency, reliability, and scalability of industrial manufacturing into the laboratory environment—standardizing complex experimentation across pressure, temperature, pH, and reaction workflows. Deployed globally in leading R&D organizations, SI platforms are embedded in ongoing catalysis, hydrogenation, materials, and bioprocess development programs.
By combining proprietary hardware, configurable automation software, and structured, machine-readable experiment design, SI enables repeatable, data-rich experimentation at scale. Our unified control and data architecture integrates seamlessly into existing IT environments and supports advanced workflows including protocol automation, data aggregation, and AI-enabled optimization.
COMPANY
Singh Instrument was founded in 2016 with a clear mission: to standardize complex experimental chemistry through modular, scalable infrastructure.
From its origins as a founder-led engineering effort, the company has grown into a globally deployed platform provider serving leading pharmaceutical, chemical, and energy research organizations. Headquartered in Livermore, California, Singh Instrument operates with a focused, engineering-driven team committed to performance, reliability, and long-term customer partnership.
Rather than producing one-off custom equipment, SI develops configurable platform architectures that enable repeatable, high-performance experimentation across diverse applications. Our systems are designed for durability, expandability, and integration into modern data-driven research environments.
As the platform evolves, Singh Instrument continues to expand its capabilities in automation, structured experimental workflows, and AI-enabled optimization—positioning the company as foundational infrastructure for advanced chemistry research.
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Configurable High Throughput
Singh Instrument platforms are designed around modular, configurable architectures that enable high-throughput experimentation across diverse reaction environments and application domains.
Rather than delivering one-off custom equipment, SI develops standardized core platform systems with configurable modules for pressure, temperature, flow, pH control, and automation—allowing research teams to adapt the system to their specific workflows without sacrificing scalability or repeatability.
This approach combines the flexibility required by modern R&D with the structural integrity of a unified platform architecture, ensuring long-term expandability and integration into data-driven laboratory environments.
Singh Instrument HQ
