On October 5, 2026, FANUC America previewed three new products ahead of FABTECH 2026, the North American metal forming, fabricating, welding, and finishing show taking place October 21–23 in Las Vegas. The headline release is the CRX-3iA, FANUC's lightest collaborative robot to date, alongside an AI-driven kitting demo built on Google Cloud and a new paint robot for the company's finishing lineup.
CRX-3iA: A One-Person, Repositionable Welding Cobot
At 24 lb (11 kg), the CRX-3iA is light enough for a single technician to lift and reposition by hand — a deliberate design choice for shipbuilding and heavy structural-steel fabrication, where welding cells are frequently moved between large, irregular workpieces rather than bolted to a fixed station. The arm handles payloads up to 6.6 lb (3 kg) with a 27 in (692 mm) reach, and FANUC is positioning it specifically for portable vertical-up welding mounted on magnetic bases.
CRX-3iA at a Glance
- Weight — 24 lb (11 kg), liftable and repositionable by one person;
- Payload — 6.6 lb (3 kg);
- Reach — 27 in (692 mm);
- Primary use case — portable vertical-up welding on large structural steel, mounted via magnetic base;
- Target industries — shipbuilding, structural fabrication, heavy welding where the workpiece — not the robot cell — stays fixed.
For fabricators, the pitch is straightforward: instead of engineering a fixed welding cell around a large structure, the structure stays put and a technician carries the cobot to each joint — closing a gap that neither large gantry welders nor fully manual welding handle efficiently.
AI Kitting: From Handwritten Work Order to Robot Pick List
FANUC's second FABTECH demo tackles a less glamorous but costly shop-floor problem: translating handwritten pick lists into kitting instructions. The workflow pairs a CRX-20iA cobot with FANUC's iRVision system to capture an image of a handwritten work order, sends it to Google Cloud, where a Gemini Enterprise AI agent parses the required parts and quantities, and returns picking instructions that an LR Mate robot executes to assemble the kit.
The demo is notable less for the robots involved than for what it signals: FANUC is routing unstructured, human-generated shop-floor documents — not just structured ERP data — into a cloud AI agent as a first-class input to robotic work instructions, skipping the manual re-keying step that still dominates kitting and pick-pack operations in small and mid-size fabrication shops.
P-55: A New Paint Robot on the R-50iA Controller
Rounding out the preview, the P-55/15-21A paint robot carries a 33 lb (15 kg) payload with an 83 in (2,100 mm) reach and is the first FANUC paint robot built on the company's new R-50iA controller. It ships with integrated line tracking and FANUC's VersaBell 3 applicator, and is available in right- and left-hand configurations for mirrored paint-line layouts. FANUC is also showing 11 live demos spanning welding, cutting, assembly, and painting on the FABTECH floor.
What It Means for Integrators
Across all three announcements, the common thread is reducing setup friction for jobs that have historically resisted automation: welding that moves with the workpiece rather than the other way around, kitting that starts from a handwritten note instead of a scanned barcode, and a paint controller platform built to carry future FANUC finishing products. For system integrators, the AI kitting pipeline in particular — cobot vision feeding a cloud LLM agent that returns structured pick instructions — is a pattern that extends well beyond FANUC hardware into any shop-floor app that needs to turn unstructured input into a work order. YuSMP Group builds cross-platform operator apps and shop-floor dashboards that connect robot cells, vision systems, and cloud AI pipelines like this one to the people running the line.
Sources: New Equipment Digest, October 5, 2026; FABTECH 2026 event details.