A fully automated Orthopaedic Recon Plate Bending Machine developed by Prof. Sunil Jha (IIT Delhi) and a senior orthopaedic surgeon from MAMC and backed by IHFC. It uses CNC precision to pre-bend plates, eliminating manual effort and improving surgical outcomes.
At IHFC, along with Prof. Nayan M. Kakoty’s, ENRICH, a bionic arm is being developed for the mass which is cost-effective, EMG-controlled and 50% cheaper than current options.
A drone-based precision pollination system developed by Thanos Agri Drones in collaboration with Prof. Spandan Roy (IIT-Hyderabad) and IHFC offers an automated, safer, and more accurate alternative, reducing human risk, boosting crop yields, and increasing efficiency.
This tech-forward CSR initiative is leading to the development of a solution that promotes safer, more efficient coconut harvesting.
A telepresence dentistry robot
helps dentist examine and
guide procedures remotely with
lifelike precision—offering realtime, expert care even from afar
A low-cost, portable calf stimulator
that helps regain ankle movement
with foot drop—making daily
physiotherapy easier, consistent,
and more accessible.
A smart, self-driving shopping cart with
a touch screen, theft protection, product
suggestions, and detachable parts designed to make shopping smoother,
safer, and more convenient.
A soft, wearable suit that
assists arm movement,
helping users regain
mobility for daily tasks and
rehabilitation through elbow,
wrist, and shoulder support.
A lightweight, brain-controlled
exoskeleton for hand and arm
rehab that detects movement
intent—helping to recover
strength and independence
with less therapist support.
A smart, muscle-sensing
wearable that adapts in
real time to movement
needs—offering natural,
flexible support for easier
rehabilitation and mobility.
A brain-controlled neuroprosthesis
system that combines motor
imagery with action observation
to boost neural activity helping
speed up recovery and
improve movement control in
neurorehabilitation.
A simulation platform
that trains AI agents to
understand and perform
hospital tasks using natural
language in 3D and textbased environmentsboosting their reasoning and
real-world readiness
A dual-sensor technology
combining high-performance
thermal sensors and ultra-sensitive
magnetic field detectors—giving
precise, flexible sensing for
everything from navigation to
advanced electronics
A low-noise radar transmitter that sends
signals at 6, 12, and 24 GHz simultaneouslygiving rare, flexible control for highprecision radar performan
A smart light-based radar that
tracks cars, drones, and more
with 3D precision—delivering
fast, accurate detection for safer
navigation, surveillance, and
defense.
A lightweight, soft ankle exosuit
that helps walk more easily with
foot drop—using cable-driven
support to improve mobility and
strengthen muscles.
ENRICH is a smart, affordable prosthetic
hand that helps upper limb amputees
do basic tasks more easily, making life
more independent and comfortable.
A smart AI-powered camera that
instantly recognizes objects on the
factory floor, processes data on the
spot, and easily manage everything
from its built-in screen—making
complex workflows faster and more
efficient
A soft, wearable robotic shoulder support that reads muscle or brain signals to assist movement-making it easier, reducing fatigue, and helping prevent injury.
A smart platform that trains
robots to learn and safely perform
everyday nursing tasks by
watching humans—seamlessly
working alongside staff in busy
hospital settings.
Magnetically guided nanorobots
that deliver drugs precisely for
cancer treatment and nerve
repair, while also enabling fast
pathogen detection through a
Lab-on-Chip system.
Intelligent software that lets a
team of drones work together
to cover farms autonomously—
adapting in real time to soil
conditions for faster, smarter,
and low-maintenance field
monitoring.
A self-powered, flexible sensor that
improves wearables and robots for
applications like smart prosthetics,
rehabilitation, gait analysis, touchbased control, gaming, and more.
Smart drones that autonomously monitor open-pit mines in real timecapturing detailed aerial data to boost safety, track conditions, and streamline mining operations.
A portable, radiation-free device that measures bone strength and flexibility with a gentle tap, offering safe, onsite assessment for labs and clinics.
AI-powered smart drones that spot plant diseases early-helping protect crops, boost yield, and prevent major losses before problems spread
A CNC-based machine that automates bending of orthopaedic plates for precise fit, making surgeries faster, easier for surgeons, and better for patient recovery.
An AI-powered agriculture drone that autonomously navigates orchards and fields, enabling precise, large-scale farming without manual effort.
A smart robot that uses regular or depth images to spot and grasp objects on a table with precision-guiding each pick with accuracy for smooth, hassle-free handling.
A drone-based system that automates pollination, reducing human risk and labor while boosting crop yields and supporting sustainable farming.
MZ-122, IIT Delhi, Hauz Khas, New Delhi-110016 India
IHFC, Block – A, Research & Innovation Park, IIT Delhi, Hauz Khas, New Delhi – 110016
07AAFCI6629H1ZE
Designed & Developed by eClerx
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At Alphoenix Design Pvt. Ltd. We provide custom design and development of high-efficiency BLDC motors for different sectors like EVs, Aviation and Drones, Industrial machinery and Household appliances.
We’ve designed our motors in such a way that its manufacturing process would reduce material waste of motors by 70% and increase efficiency by 5-8%. Our flagship motors provide an efficiency of around 92%-95%. The motor will be manufactured with the capability to utilize CRGO (Cold-Rolled Grain-Oriented) material in its construction.
Our radial flux motors can provide such efficiency with easy manufacturing processes. Utilizing our new motor makes it feasible to achieve an efficiency rating exceeding 95%.
Founded by Marico, Parachute Kalpavriksha Foundation’s objective is to make a difference in the life of Indian farmers. The word “Kalpavriksha” is derived from Devanagari script “Kalpa” (imagination/wish) and “Vriksha” (Tree), meaning the tree that fulfils your wishes. We are a Non-Profit organization working towards the welfare of farmers in India. Currently we have enrolled more than 65,000 farmers covering almost 2.75 Lakh acres of plantation across the states of: Tamil Nadu, Karnataka, Kerala and Andhra Pradesh.
Our team of 100+ Agronomists regularly pay visits to the farmers and educate them on scientific farming practices and help them increase their productivity. Apart from our Productivity improvement program, we provide other services like Agri Expert on phone, Agri Business Centers (ABC), Water conservation activities by construction of farm pond, classroom training to farmers through Kalpavriksha Knowledge Centre etc.
