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Medsby Blog: Biomechanics, Robotics and Healthcare Engineering Insights
Plain-language articles from the Medsby team in Coimbatore, Tamil Nadu on biomechanics, motion tracking, robotics, 3D printing and biomedical engineering, and how our products put them to work in clinics, labs and classrooms across India.
Latest articles
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Internship Story
More Than an Internship: The Two Months That Changed My Perspective on Bioengineering
Two months across 3D printing, resin printing, microfluidics and bioprinting at Medsby, and what they changed about how a bioengineering student thinks.
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3D Bioprinting
From Plastic to Paste: My Journey into Syringe Extrusion Bioprinting
Rebuilding a syringe extrusion bioprinter, learning on toothpaste and editing G-code to print a gyroid scaffold.
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3D Printing
Microfluidics with FFF Printing: Chasing Transparency and Discovering Better Alternatives
The slicer settings that turned cloudy FFF-printed microfluidic chips into see-through channels, and what filament printing still can’t do.
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3D Printing
Unlearning to Build: My 3-Week Journey Through Microfluidics, 3D Printing and Bioprinting at Medsby
Failed resin microfluidic chips, a magnetic stirrer built from scrap and a bioprinter assembled from scratch: what three weeks at Medsby taught a project engineering intern.
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Biomechanics
Biomechanics in Biomedical Research: Why It Matters and Where India Stands
What biomechanics is, how smartphone gait analysis and wireless EMG are changing care, and where India’s biomedical device market stands.
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3D Printing
3D Printing and Microfluidics: An Intern’s Journey at Medsby, Coimbatore
How layer-by-layer 3D printing, bioprinting and microfluidic chips connect, and what building small things teaches about innovation.
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Motion Tracking
IMU Sensor Explained: How Motion Tracking Works with Motivus and Blender
How accelerometers, gyroscopes and magnetometers work, how sensor fusion gives accurate roll, pitch and yaw, and how Motivus drives a Blender model.
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Biomechanics
Force Plate Explained: How It Measures Ground Reaction Force, Center of Pressure and Impulse
How a force plate works, how force, center of pressure and impulse are calculated, and how BioMechX data is analysed in Python for jump assessment.
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Healthcare engineering from Coimbatore, Tamil Nadu
Medsby Healthcare & Engineering Solutions designs 3D printers, biomechanical devices, robotics and biomedical products. Our blog is where we explain the science behind them, so physiotherapists, researchers and engineering students in Coimbatore, across Tamil Nadu and throughout India can learn, test and build with confidence.
Explore our biomechanics products, industrial training and academic lab establishments.
Frequently asked questions
What can I read on the Medsby blog?
The Medsby blog publishes plain-language articles on biomechanics, motion tracking, rehabilitation technology, robotics, 3D printing and biomedical engineering, written by our team in Coimbatore, Tamil Nadu.
How often is the Medsby blog updated?
New articles are added regularly. Current guides explain how IMU sensors track motion and how force plates measure ground reaction force, with examples using Medsby’s Motivus and BioMechX products.
Can colleges and clinics in Tamil Nadu get training on these technologies?
Yes. Medsby, based in Coimbatore, runs academic lab set-ups, workshops and industrial training for colleges, labs and clinics across Tamil Nadu and India. Contact the team for details.
Have a topic you want us to explain?
Tell the Medsby team in Coimbatore what you would like to learn about, or ask about products and training for your lab, clinic or college.
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