
At Artronifs, we specialize in creating embedded systems that strike the perfect balance between hardware and firmware. From concept to circuit, our hardware design services bring together deep engineering expertise, domain knowledge, and modern manufacturing insights to deliver custom electronics that perform with reliability and precision. Our team is highly proficient in printed circuit board (PCB) design, including high-speed digital layouts, compact form-factor designs, and signal integrity optimization. Whether you are developing a new product or enhancing an existing system, we collaborate closely with you to create efficient, rugged, and future-ready hardware solutions. Every design we deliver is shaped by innovation and engineered for scalability, durability, and predictable performance.

Requirement analysis and hardware specifications
High-level and detailed design (HLD & DLD)
System architecture planning and key component identification
Rapid validation of ideas through quick prototypes
Identifying challenges early and providing practical solutions
First-time-right designs with minimal iterations
Optimized for efficiency, reliability, and performance
Rational design approach with robust schematics and BoM optimization
Production-ready boards with full DfX adherence
Multi-layer, Flex, and Rigid-Flex designs
Expertise in high-speed, RF, battery-powered, and space-constrained PCBs
EMI/EMC, HALT, vibration, and environmental stress testing
Early-stage design validation for faster approvals, leading to a confident approach to final certification
Designs compliant with SIL and ASIL standards
Built-in diagnostics, predictable performance, and early failure reporting
MTBF/MTTR analysis for long-term product dependability

High-performance handheld tools for precision bone cutting and drilling. Ergonomically designed for ease of use in orthopedic and trauma procedures. Powered control with variable speed and torque settings. Supports multiple attachments for diverse surgical applications

Endoscopic imaging solution for minimally invasive diagnostics. Integrated camera with light source and real-time video processing. User-friendly GUI on LCD and HDMI video output. Designed for precise and efficient uterus examination

Controlled gas delivery system for minimally invasive surgeries Precise flow and pressure regulation for safe and consistent insufflation. Real-time monitoring through an LCD interface with intuitive controls. Factory-stored profiles optimized for different patient types and procedures
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