Robotiq has launched IQ, an AI-enabled platform designed to make robotic Workcell integration quicker, extra predictable, and simpler to scale.
Enabling a much-needed shift from a handbook, expert-dependent method to computerized integration, IQ captures unstructured automation mission information, coordinates engineering workflows, and helps companions generate validated workcell designs based mostly on actual buyer inputs and historic deployment information from hundreds of earlier manufacturing facility installations.
Samuel Bouchard, CEO of Robotiq, says: “Automation doesn’t scale when integration stays handbook.
“With IQ, we’re shifting from manually engineering robotic programs one mission at a time to robotically producing Workcells from actual buyer inputs, Robotiq parts, AI, and confirmed know-how from hundreds of previous initiatives.
“For producers, this implies a clearer path to automation: fewer surprises, quicker selections, extra predictable efficiency, and higher monetary justification, together with in lots of 1-shift operations.”
Shifting from handbook integration to computerized integration
Robotic workcell integration is dependent upon hundreds of small particulars. Buyer necessities, manufacturing constraints, manufacturing facility flooring layouts, website measurements, throughput targets, product variants, and native set up realities all have an effect on whether or not a mission succeeds.
When that information is incomplete, fragmented or siloed, engineering groups expertise mission delays throughout the discovery and design revision phases.
IQ resolves these bottlenecks by turning scattered mission data into actionable insights and a coordinated digital mission workflow.
With IQ, system integrators and manufacturing companions leverage the next capabilities:
- Automated information seize: Extract technical necessities through voice notes, legacy file uploads, and 3D website scanning.
- AI-enabled mission coordination: Machine-learning fashions align producer specs, accomplice capabilities, and Robotiq software engineering experience.
- Simulation and design validation: 3D setting scans are transformed into digital twin fashions, matching buyer cycle instances and software information towards standardized engineering guidelines to validate Workcell efficiency earlier than bodily deployment.
IQ is on the market now for robotic palletizing purposes, the place Robotiq has already standardized the {hardware} parts, software program workflows, and deployment data wanted to generate validated Workcell designs. Over time, Robotiq plans to increase the identical Automated Integration mannequin to extra robotic purposes.
Amplifying accomplice capabilities in automation
To fee robotic programs efficiently, producers want native system integration help, software experience, and dependable service. Robotiq companions play that function.
IQ offers companions with a repeatable digital workflow to seize mission data, apply Robotiq deployment experience, collaborate with clients and Robotiq specialists, and help workcells extra constantly after set up.
Bouchard says: “IQ doesn’t change accomplice experience. It amplifies this experience to speed up and scale initiatives.
“Producers want native companions who perceive their manufacturing actuality and may present the set up capability and help wanted to maintain traces working. IQ provides these companions higher data, higher coordination, and a clearer path from alternative to working system.”
Reside demonstration on the Robotiq Consumer Convention 2026
On the Robotiq Consumer Convention (RUC) 2026 this week, Robotiq is demonstrating how companions can use IQ to maneuver from preliminary software enter to a working workcell in as little as 24 hours.
In the course of the dwell demonstration, companions use IQ to seize necessities, extract mission information from conversations and recordsdata, 3D scan the duty setting, simulate efficiency, and put together the workcell for operation and help.
The demonstration exhibits Robotiq’s course for Automated Integration: Workcells generated from related inputs, confirmed parts, accomplice experience, and repeatable deployment data.
