Precision instrument makers and repairers

tests completed timepiece for accuracy using electronic or other test equipment

AI-connected electronic test equipment can automatically log accuracy data and flag deviations, with tools like LabVIEW or smart timing analysers reducing manual interpretation effort.

examines drawings or specifications to determine appropriate methods, materials and sequence of operation

AI tools like ChatGPT or Copilot can help interpret technical drawings and suggest material sequences, but the physical judgment of a skilled craftsperson is still required to apply this to real components.

tests, adjusts and repairs precision and optical instruments

AI diagnostic tools and sensor-driven test rigs can assist in identifying faults and logging calibration data, but the repair and adjustment of precision instruments still requires expert human intervention.

tests watches and clocks for repair to diagnose faults and removes, repairs or replaces damaged and worn parts

AI-assisted diagnostic software can flag common fault patterns in timepieces, but physically disassembling, inspecting, and replacing tiny worn parts requires expert manual skill AI cannot replicate.

checks prepared parts for accuracy using measuring equipment, assembles parts and adjusts as necessary using hand and machine tools

Computer vision systems can assist with dimensional inspection and flagging out-of-tolerance parts, but final assembly and micro-adjustment still demands skilled human hands and judgement.

carries out service tasks such as cleaning, oiling and regulating

AI has minimal impact on hands-on servicing tasks like cleaning, oiling, and regulating, which require tactile skill and physical presence, though AI scheduling tools can optimise service intervals.

positions, aligns and secures optical lenses in mounts

Positioning and aligning optical lenses requires fine motor control and real-time visual feedback that current AI-driven robotics cannot reliably replicate at the precision required.

marks out and machines aluminium, brass, steel and plastics using machine tools such as grinders, lathes and shapers

CNC machines assist with precision machining but the setup, material selection, and hands-on operation of grinders, lathes, and shapers still requires skilled human dexterity and real-time adjustment.