The global semiconductor shortage is creating fresh challenges for India’s medical equipment industry, increasing manufacturing costs and disrupting supply schedules for advanced diagnostic systems. Manufacturers of MRI, CT and ultrasound equipment are facing rising prices of essential computing components, while extended procurement timelines are adding uncertainty to production and installation plans.
The impact is becoming increasingly visible in the cost of high-performance hardware. According to Smart Analytics Global, the price of a 2GB LPDDR5X memory die has increased from approximately USD 6.8 in January to USD 30, representing a rise of nearly 341 per cent.
AI and Imaging Technologies Drive Chip Demand
Advanced diagnostic equipment depends on GPUs, FPGAs, memory chips and microprocessors to process medical images, operate computing systems and support AI-enabled applications. As imaging technologies become more sophisticated, manufacturers require increasingly powerful hardware, making them more vulnerable to fluctuations in semiconductor availability and pricing.
An Indian MRI developer has reported that the cost of GPU-based workstations has risen from approximately ₹7 lakh to ₹13.5 lakh within a year. The company’s overall manufacturing costs have increased by around 35 per cent amid rising component prices.
Procurement Delays Affect Production Cycles
The shortage is also extending component delivery schedules. Procurement timelines for certain critical computing components have reportedly increased from less than four weeks to nearly 16 weeks.
Longer waiting periods are forcing manufacturers to maintain additional inventory, increase working capital requirements and reconsider production schedules. Smaller domestic MedTech companies face greater exposure because they often lack the procurement scale and long-term supplier arrangements available to multinational manufacturers.
Hospitals Face Higher Equipment Acquisition Costs
The rising cost of components is creating additional pressure on hospitals and diagnostic centres planning equipment purchases. Manufacturers may pass on increased expenses through revised equipment prices, reduced tender discounts and changes in delivery commitments.
The situation could also affect equipment maintenance and upgrades, particularly where replacement computing modules and processing boards depend on the same constrained supply chains.
Domestic MedTech Manufacturing Faces a Cost Challenge
The semiconductor shortage comes at a time when India is seeking to expand domestic manufacturing of high-value medical devices and reduce dependence on imported equipment. However, reliance on globally sourced advanced electronic components continues to expose Indian manufacturers to international supply-chain disruptions.
With demand for AI infrastructure and data centres competing for the same semiconductor resources, medical equipment manufacturers may continue facing elevated input costs and longer procurement cycles. The developments could influence equipment affordability, hospital capital expenditure and the pace of expansion of diagnostic infrastructure.
