microBEAR Applied Sciences Private Limited is a multidisciplinary applied-sciences and engineering company working at the intersection of electronics, electrical systems, power electronics, automation, precision manufacturing, and embedded software. We focus on translating scientific understanding into reliable, buildable, and serviceable real-world systems.
Industrial-grade SSRs, thermal solutions, and power control modules designed for reliability, predictable behavior, and long service life.
PLC-compatible controllers, automation subsystems, sensor integration, and field-ready control logic for real-world environments.
Embedded firmware, device connectivity, data acquisition, and edge intelligence focused on robustness rather than hype.
Desktop-scale CNC machining, laser processing, electro-plating, metal stamping, and electro-chemical etching for prototyping and low-volume production.
Advanced thermal management concepts including microfluidic cooling tiles for power electronics and high-density systems.
SIP and brick-form-factor solid state relays designed for industrial loads, predictable thermal behavior, and long-term reliability. Includes custom heatsinks, thermal interfaces, and power modules.
Precision metal stamping and leadframe fabrication for power electronics, electromechanical assemblies, and custom interconnect structures.
CNC-based micromachining of aluminium and other metals for thermal blocks, housings, fixtures, and functional prototypes.
Electro-plating, electro-chemical etching, and surface finishing processes for functional and protective coatings.
We operate in the space between science and engineering. Our work begins with first principles — physics, materials, thermodynamics, and control — and progresses toward practical implementation. We value calm design, predictable behaviour, and long-term stability over novelty or complexity.
Our current focus areas include solid-state power control, smart industrial appliances, modular automation platforms, thermal management systems, and precision metal processing. Advanced domains such as microfluidics, electrochemical processes, and applied materials science are explored selectively and integrated only when they add clear system-level value.