MaraRobotics Expertise Explained

At a recent scientific conference, MaraRobotics was represented by its co-founder and Head of Science, Dr. Natallya Kablukova. Her report examined the application of various printing techniques to create nanostructures — microscopic, precisely engineered materials with potential applications in fields such as electronics, medicine, and robotics. We asked her to give the prognosis on the future of micro- and nanostructure production, the role of innovation in this area, and ho

Today’s cyborg technologies go beyond mechanical prosthetics. The rise of flexible electronics, brain-machine interfaces (BMIs), and wearable sensors has enabled technology to conform, adapt, and even become biologically compatible with the human body.

Flexible electronics are redefining the future of medicine. Unlike traditional rigid components, flexible electronic systems are thin, stretchable, and capable of conforming to soft, curved, and dynamic surfaces — like the human body. This transformative technology is now driving a wave of innovation in medical devices and implants, unlocking possibilities for real-time monitoring, personalized treatment, and less invasive interventions. Yet, it is not progress for the sake o

Flexible electronics in clothing refer to circuits, sensors, batteries, and other components that are designed to bend, stretch, or fold without breaking. Unlike traditional wearables that are added to clothing (like a fitness tracker), these electronics are built into the fabric itself. The result is "smart clothing" or "e-textiles" that look and feel like normal garments, but with added technological functionality.

The next big wave in technology isn’t just faster processors or smarter software — it’s materials that bend, stretch, and flex. Flexible electronics, a rapidly growing field that merges electronic functionality with pliable substrates, is poised to transform multiple sectors. For both consumers and forward-looking investors, this innovation represents far more than sleek new gadgets — it marks the beginning of a fundamental shift in how we live, work, and interact with techno

Flexible electronics represent a transformative area of technology that enables electronic devices to bend, stretch, and adapt to various shapes while maintaining functionality. Unlike traditional circuits, these systems are built on substrates such as plastic, paper, or fabric, making them lightweight, durable, and versatile.