AI-based human detection that watches the hazard zone and interlocks straight into your PLC. Installed and running in plants across Pune's industrial belt.
Fixed guarding and light curtains protect a boundary. But operators reach in, maintenance staff step behind machines, and a curtain that has been bypassed protects nobody at all.
i-VISION watches the actual volume around the machine with a camera, identifies a human being in it, and drops a stop signal into the existing safety circuit. It sees the whole zone, and it cannot be walked around.
Deliberately simple. The safety-critical path is a hard output into your existing circuit — the intelligence sits upstream of it, never in the way of it.
Industrial cameras positioned to cover the hazard volume, selected and mounted after an on-site survey of the actual machine and operator movement.
A trained human-detection model runs on an edge compute unit inside the panel. No cloud dependency, no plant data leaving the site.
Detection in the defined zone drives a relay output wired into your safety circuit. The machine stops the same way it stops for any other guard.
A local monitor shows live zone status, current fault state and event history, so supervisors can see why a line stopped without calling anyone.
Operator zone monitoring where feeding and part removal put hands near the die.
Entry detection for cells where the fence has a door that gets propped open.
Cross-over points and pinch zones on lines that were never designed to be guarded.
Load and unload zones on machines that run with the door open for cycle time.
Aisle monitoring where AGVs and pedestrians share a route.
Zone alerts where forklifts and people work in the same space.
i-VISION keeps people safe around machines. The rest of TorqueFusion builds the part that makes machines move — the integrated actuator that Indian robotics currently imports.
An integrated actuator puts the motor, reduction stage, absolute encoders, brake and controller inside a single housing. You mount it and send it a setpoint — you are designing a joint rather than assembling a subsystem.
Every gram at a joint is carried by every joint below it. How much torque an actuator makes for its mass and volume decides the payload, the reach and the runtime of the whole robot.
Lost motion at each joint stacks up at the end effector. Cycloidal and harmonic reduction exist because ordinary gearing cannot hold position tightly enough for a machine that has to repeat a move thousands of times.
Roughly nine in ten precision reducers used in India arrive from Japan or China. That one dependency sets the cost, the lead time and the design ceiling for every robot built here. It is the reason this company exists.
Tell us the machine and the zone you need covered. We will survey the site, map the hazard against real operator movement and come back with a scope and a cost.