RESEARCH-GRADE SENSORS.
INDIAN PRICE.
Synchronized EMG, IMU, and Ultrasonic sensing — the same research-grade precision used in global MedTech labs, engineered and supported right here in India.
Built for physiotherapy clinics, sports science labs, and robotics researchers who deserve world-class tools without world-class import bills.
The Sensor Trinity
THREE SIGNALS.
ONE COMPLETE PICTURE.
Every rehabilitative movement tells three simultaneous stories — electrical, mechanical, and spatial. Most systems capture one. Biokinesis captures all three, in hardware-synchronized lockstep. That's not just more data. That's the difference between a guess and a diagnosis.
Neuraline — Electromyography
Muscle Electrical Activity
Surface EMG electrodes pick up the microvolt-range signals that fire before a muscle even moves. In rehabilitation, this means you can detect fatigue, asymmetry, and compensation patterns invisible to the naked eye — and act before injury occurs.
Common applications
Stroke rehab · Prosthetics control · Sports injury screening
Stryde — Inertial Measurement
Quaternions & Limb Kinematics
Nine-axis IMU modules output real-time quaternions and Euler angles at every instrumented segment. At 200 Hz, clinicians get objective limb kinematics data — joint angles, segment orientations, and full kinematic chains — replacing hours of manual goniometry.
Common applications
Gait analysis · Limb kinematics · Motion capture
Echo — Ultrasonic Sensing
Tissue Strain Imaging
40 kHz ultrasonic sensing captures what lies beneath the skin — real-time tissue strain, muscle deformation, and fascicle dynamics. Track how muscles change shape under load, monitor tissue thickness variations, and visualize sub-surface biomechanics in real time.
Common applications
Tissue strain · Fascicle tracking · Muscle deformation
All three sensors share a single hardware clock. No software interpolation, no timestamp drift. Your data is synchronized at the microsecond level — the way research demands.
Developer Experience
PLUG IN.
PYTHON IN.
PUBLISH.
We wrote the SDK we wished existed when we were researchers. No proprietary drivers. No locked-down data formats. No licence calls home. Just a clean Python API that streams directly into your NumPy arrays, pandas DataFrames, and existing signal processing pipelines.
Why Switch
STOP PAYING
THE IMPORT TAX.
High-end imported sensor systems were designed for labs with unlimited budgets and dedicated IT support staff. Most Indian clinics, sports institutes, and university labs are neither. Biokinesis was built precisely for your constraints.
| Criteria | Imported Systems | BiokinesisMade in India |
|---|---|---|
| Support Lead Time | 2–6 weeks (overseas ticket) | ✓Direct local support |
| Software Access | Proprietary GUI, annual licence fee | ✓Open Python SDK, MIT licensed |
| Portability | Lab-tethered, desktop workstation needed | ✓Wireless BLE + USB-C, laptop-ready |
| Custom Integration | Closed API, vendor-dependent | ✓Full API docs, NumPy / MATLAB native |
| Repair & Parts | Ship abroad, 4–12 week turnaround | ✓Domestic repair, spare parts in stock |
* Prices indicative. Contact us for an exact quote for your institution.
See it live
REQUEST
A DEMO
We'll set up a 30-minute live session — your research context, your signal types, your questions. No sales pitch. Just sensors doing their job.
Book a Session →For developers
DOWNLOAD
SDK DOCS
Full API reference, example notebooks, and hardware setup guides. Integrate Biokinesis into your pipeline before the hardware even ships.