Aniket Munshi
Founder & CEO
Mechanical Engineer with 15+ years across automotive product development and industrial automation.
We design and integrate robotic cells that load, unload and inspect parts on CNC lathes, mills, presses and molding machines — so your equipment keeps running the shifts you don't staff.
Robots load blanks, pull finished parts, and manage repeatable tending around your takt time.
Part geometry types: shafts, flanges, prismatic blocks
Pick, degate, and place parts and sprues at the press without adding a second to your molding cycle.
Part geometry types: caps, housings, connector bodies
Sheet feeding, part orientation, and stacking, run behind guarding rated for your line.
Part geometry types: brackets, washers, stamped plates
Robots handle gear blanks and finished parts across precision machining operations with consistent orientation.
Part geometry types: spur gears, pinions, splined shafts
We walk the floor, clock your actual cycle times, and flag part variation, fixturing, and space constraints.
Gripper, fixturing, and safety zones are engineered around your specific part, not a catalog cell.
The cell is built and tested off-site, then drops into your line with minimal production downtime.
We run it at rate, tune to your tolerances, and train your operators to run and reset the cell.
Remote monitoring, spares on hand, and a technician who answers — not a support ticket.
We integrate any robot arm with any machine tool — no forced vendor, no lock-in.
Every install clears a full risk assessment before its first production cycle.
Grippers and fixtures are engineered per-part, not pulled off a shelf.
Ongoing support from the same engineers who commissioned your cell.
Founder & CEO
Mechanical Engineer with 15+ years across automotive product development and industrial automation.
Co-founder & COO
Controls and Robotics Engineer with 8+ years across CNC machines, robot platforms and Physical AI.
Tell us what you're machining and how it's tended today. We'll size the cell and the payback before you commit to anything.