Send the real application context
Part size, payload, reach, layout, cycle target, environment, and end-effector needs matter more than a model name alone.
Applications
Find robot arm options by application, not catalog guessing.
Pick the closest use case, send the part and line details you already know, and get a clearer sourcing direction before asking factories for quotes.
Receive a narrower sourcing direction
We translate the application into robot type, payload margin, tooling questions, supplier notes, and likely quote blockers.
Check the risks before quoting
Integration scope, safety, controller compatibility, spare parts, documentation, lead time, and warranty terms should be checked early.
Choose a path
Start where your buyer problem is clearest.
Machine tending
Machine Tending Robot Sourcing
Machine tending is one of the clearest robot-arm sourcing paths: the buyer can describe the machine, part weight, door/fixture geometry, cycle target, and shift pattern. RoboticsInquiry turns that into a shortlist for six-axis arms, cobots, grippers, controllers, and safety accessories from China.
Open application guidePalletizing / depalletizingPalletizing Robot Sourcing
Palletizing inquiries convert well when the buyer can share case weight, case size, pallet pattern, target throughput, SKU mix, and line layout. RoboticsInquiry packages those details into an RFQ for robot arms, end-effectors, conveyors, and controls.
Open application guideElectronics assemblyElectronics Assembly Robot Sourcing
Electronics assembly buyers usually need speed, precision, small-part handling, clean cable routing, vision compatibility, and stable repeatability. RoboticsInquiry helps convert vague small-parts automation requests into SCARA, cobot, six-axis, gripper, and vision RFQs.
Open application guide