Will robots take machine tending operator jobs?

Threat timeline: Already deployed. The CRX-10iA is the kind of cobot that lets a mid-sized fabricator automate one task at a time — palletize one line, machine-tend another, inspect a third — without committing to a full integration project. Each deployment displaces 1-2 dedicated operators per shift. 1-3 years for the next wave of small-to-mid manufacturers; 3-5 years for the long tail.

Threat timeline: 3-5 years. RB-Y1 is a development platform, not a finished worker — today's buyers are labs, not factories. The variable is Samsung: once the consolidated manufacturing and distribution muscle engages, light-assembly and machine-tending applications built on this platform can scale faster than any independent startup's path. The wheeled base skips bipedal locomotion's hardest problems, which may pull deployment earlier, not later.

Threat timeline: 1-3 years, initially confined to Korean automotive and electronics lines. FRIDAY prices itself at one worker's annual cost and aims squarely at the fine assembly work automation has never cracked — the 0.05 N fingertip tactile sensing exists for connector insertion, screw driving, and cable routing. The signal to watch: whether the 2026 batch of 100 units lands on customer lines or stays in demo rooms. If the 1,000-unit 2027 capacity materializes, assembly roles in Korean manufacturing feel it first.

Threat timeline: 5+ years for the humanoid, and that assumes end-2026 holds. Reger's own July 2026 description of 4NE-1's capability is deliberately modest: pressing buttons, turning switches, putting parts into machines, without changing anything in the environment. That is machine tending, and machine tending is already automatable with a fixed arm at a fraction of the price. The real near-term displacement from NEURA comes from the products nobody writes about — MAiRA and LARA cobots, shipping today into exactly those tasks. Treat the humanoid as a 2028-2030 question and the cobots as a now question.