Product profile
SR-6iA
SR-6iA is FANUC America's SCARA robot for assembly, inspection, packaging and pick-and-place work. FANUC positions the SR series around easy programming an...
Facts
- Company
- FANUC
- Product type
- scara_robot
- Status
- commercial
- Primary capability
- SCARA pick-and-place automation
- Website
- https://www.fanucamerica.com/products/robot/sr-6ia
About SR-6iA
SR-6iA is a four-axis SCARA robot with a six-kilogram payload, 650-millimetre reach and repeatability of ±0.01 millimetres. Its high joint speeds support assembly, packaging, inspection and pick-and-place cycles within a compact 360-degree work envelope.
The robot supports floor and wall mounting and includes a brake-release switch for recovery. FANUC’s web-based iRProgrammer runs on tablets and computers, while the compact controller supports iRVision, conveyor tracking and iRPickTool functions.
Market context
scara_robot, robot, SCARA Robot, industrial_robot, SCARA Robot, industrial_robot, industrial_arm, industrial_robot
Summary
Type: SCARA robot
Core: SR series
Function: Pick and place
Audience: Manufacturers
Specifications
- applications
- Assembly, inspection, packaging and pick-and-place applications
- robot_family
- FANUC SR-series SCARA robot
Operations
- Environment
- assembly, inspection, packaging and light material-handling cells
- Primary user
- manufacturers, packaging teams and automation integrators
- Role
- high-speed SCARA handling and assembly
- Interaction model
- operator_supervised
- Mobility class
- stationary SCARA robot
- Product detail
- scara_robot, robot, SCARA Robot, industrial_robot, SCARA Robot, industrial_robot, industrial_arm, industrial_robot
Research, Articles and recent verified events
- FANUC Q1 robot sales rise 18.7% as orders reach JPY 97.9bn — 2026-07-31
- Fujitsu begins physical-AI business study with FANUC, Yaskawa and Kawasaki — 2026-07-16
- Vention and FANUC integrate robots with MachineMotion AI — 2026-06-22
- FANUC launches DR/8-16B Stainless food-handling robot — 2026-05-18
- FANUC strengthens NVIDIA integration for robot simulation and digital twins — 2026-05-15
- FANUC and Google collaborate on Physical AI robot systems — 2026-05-13
- Matrix Design demonstrates FANUC CRX machine-tending cell at Automate 2026 — 2026-05-06
- FANUC, Schmalz and Orbbec cell joins Pelican at MODEX 2026 — 2026-04-13