KUKA’s Platform Thinking
At InterPack 2026 KUKA showcased its Flex Robot concept — pairing articulated arms with mobile platforms — to achieve humanoid‑level pick‑and‑place, packaging, and assembly without human‑shaped robots. The approach emphasizes modular platforms over humanoid form factors and comes as next‑gen AI control systems hit trade shows, though true humanoids remain costly (new entries still priced from around €5,000). (emag.directindustry.com)
KUKA is bringing a modular “cell” to Interpack that strings together small articulated arms and wheeled platforms instead of trying to build a human‑shaped robot; the trade press describes the exhibit as a combined system with three light‑duty arms and two mobile platforms configured for pick‑and‑place, packaging, and short assembly tasks. (emag.directindustry.com) Alongside that hardware focus, KUKA has started to push a new software layer it calls an automation management platform (KUKA AMP) and demonstrated it publicly at NVIDIA’s GPU Technology Conference in mid‑March 2026; the company says this platform is meant to coordinate robot fleets, higher‑level goals, and sensor feedback across cells like the Flex Robot. (roboticstomorrow.com(kuka.com) A “mobile manipulator” is what KUKA is assembling in these cells: a manipulator arm (an articulated robot arm with several rotary joints used for grasping and motion) mounted on a mobile platform (a wheeled vehicle that moves the arm around the factory). (KUKA’s product pages describe multiple mobile manipulator families and configuration options for payload and navigation.) (kuka.com) KUKA and commentators label the software trend behind these demos “Physical AI” — shorthand for combining sensing, simulation, and large‑scale coordination so machines can act on high‑level intentions rather than only following preprogrammed motion paths; the company says AMP provides intent‑based orchestration and fleet intelligence so multiple arms and platforms can be managed from a single control layer. (plasticstoday.com) The industry context KUKA is addressing is twofold: cheap, small humanoid‑style entrants and mature industrial components follow different tradeoffs, so KUKA is emphasizing modular platforms for reliability and integration while humanoid makers continue to push price down — research and open projects show sub‑$5,000 DIY or student‑scale humanoid builds exist and market reports note a trend toward consumer/entry prices below $10,000, but commercial, industrial humanoids remain a separate category with different capabilities. (3dprintingindustry.com) (businesswire.com)
