Engrave or etch metal, wood, rubber, or other materials. Includes such workers as etcher-circuit processors, pantograph engravers, and silk screen etchers.
U.S. Workers
8,390
Median Salary
$40,450
10-Year Growth
-0.7%
Annual Openings
900
Typical entry: High school diploma or equivalent
30 of 30 tasks have some AI capability
Exposure Trend
This score reflects estimated AI technical capability for tasks in this occupation. It does not predict employment changes, and it does not account for company-specific constraints, regulation, or adoption barriers.
Inspect etched work for depth of etching, uniformity, and defects, using calibrated microscopes, gauges, fingers, or magnifying lenses.
AI: Fully automatable - Visual and dimensional inspection for depth, uniformity, and defects can be fully automated with high-resolution imaging, profilometry, and AI-based defect detection systems.
Engrave and print patterns, designs, etchings, trademarks, or lettering onto flat or curved surfaces of a wide variety of metal, glass, plastic, or paper items, using hand tools or hand-held power tools.
AI: Fully automatable - Engraving and printing patterns is fully automatable using CNC, laser, and robotic engraving systems that replicate or exceed hand-tool results across many materials.
Prepare etching chemicals according to formulas, diluting acid with water to obtain solutions of specified concentration.
AI: Fully automatable - Preparing etching chemicals to specified concentrations is a routine laboratory liquid-handling task that can be fully automated with dosing systems and process control.
Use computer software to design patterns for engraving.
AI: Fully automatable - Designing engraving patterns in computer software is intrinsically a digital task and can be fully performed by current CAD/AI design tools.
Examine sketches, diagrams, samples, blueprints, or photographs to decide how designs are to be etched, cut, or engraved onto workpieces.
AI: Fully automatable - Translating sketches/blueprints into etching/cutting plans is routinely performed by CAD/CAM and AI-assisted toolpath generation software without human-only steps.
Expose workpieces to acid to develop etch patterns such as designs, lettering, or figures.
AI: Fully automatable - Exposing workpieces to acid baths is a hazardous but well-controlled repetitive operation that industrial automation and robotics can fully perform.
Adjust depths and sizes of cuts by adjusting heights of worktables, or by adjusting machine-arm gauges.
AI: Fully automatable - Adjusting cut depths and machine gauges is a machine-control function that CNC systems and automated machine controllers can perform without human intervention.
Measure and compute dimensions of lettering, designs, or patterns to be engraved.
AI: Fully automatable - Measuring and computing dimensions of lettering and patterns is readily automatable with computer vision and CAD/CAM tools.
Neutralize workpieces to remove acid, wax, or enamel, using water, solvents, brushes, or specialized machines.
AI: Fully automatable - Neutralizing workpieces using water, solvents, brushes, or machines is a routine chemical/process control task that can be fully automated and monitored by AI systems.
Examine engraving for quality of cut, burrs, rough spots, and irregular or incomplete engraving.
AI: Fully automatable - Visual inspection for burrs, rough spots, and incomplete engraving can be reliably performed by modern computer vision models and automated QA systems.
Transfer image to workpiece, using contact printer, pantograph stylus, silkscreen printing device, or stamp pad.
AI: Fully automatable - Transferring images to workpieces using printers, pantographs, or silk screens is a process already handled by automated printers and robotically guided systems under AI control.
Set reduction scales to attain specified sizes of reproduction on workpieces, and set pantograph controls for required heights, depths, and widths of cuts.
AI: Fully automatable - Setting reduction scales and pantograph/CNC controls is a mathematical and control task that AI and software can calculate and apply precisely.
Print proofs or examine designs to verify accuracy of engraving, and rework engraving as required.
AI: Fully automatable - Printing proofs, verifying accuracy, and directing machine rework can be fully automated through computerized proofing, inspection, and CAM-driven rework routines.
Observe actions of cutting tools through microscopes and adjust stylus movement to ensure accurate reproduction.
AI: Fully automatable - Closed‑loop microscopic observation and real‑time stylus adjustment can be automated with high‑resolution vision systems and precision motion control.
Guide stylus over template, causing cutting tool to duplicate design or letters on workpiece.
AI: Fully automatable - Template-guided engraving is routinely performed by CNC/robotic systems and vision-guided machines, so AI+automation can fully duplicate designs.
Start machines and lower cutting tools to beginning points on patterns.
AI: Fully automatable - Starting machines and setting initial tool positions are standard automated functions in modern CNC and automated tooling systems.
Remove completed workpieces and place them in trays.
AI: Fully automatable - Picking finished parts and placing them in trays is a common pick-and-place task that industrial robots and conveyors can fully automate.
Sketch, trace, or scribe layout lines and designs on workpieces, plates, dies, or rollers, using compasses, scribers, gravers, or pencils.
AI: Fully automatable - Plotting, tracing, and scribing layouts can be fully performed by CNC plotters and robotic scribes driven by digital patterns.
Fill etched characters with opaque paste to improve readability.
AI: Fully automatable - Automated dispensing systems and vision-guided robots can accurately fill engraved characters with paste for improved readability.
Carve designs and letters onto metal for transfer to other surfaces.
AI: Fully automatable - Carving designs into metal is a core function of CNC engraving and laser/rotary machines, which can be fully automated from digital designs.
Select and insert required templates into pattern frames beneath the stylus of a machine cutting tool or router.
AI: Fully automatable - Robotic pick-and-place, CNC fixtures and machine-vision systems in 2025 can reliably select and insert templates into pattern frames as part of automated machine setup.
Prepare workpieces for etching or engraving by cutting, sanding, cleaning, polishing, or treating them with wax, acid resist, lime, etching powder, or light-sensitive enamel.
AI: Partial - Preparatory tasks like cutting, sanding, and chemical treating can be automated in controlled workflows, but variability in materials and ad-hoc adjustments mean partial human involvement remains common.
Cut outlines of impressions with gravers, and remove excess material with knives.
AI: Partial - Fine manual cutting with gravers and knives relies on delicate, tactile skills and ad‑hoc judgment that AI can partly replicate via CNC/robotic systems but not fully replace hand tool craftsmanship by 2025.
Remove wax or tape from etched glassware by using a stylus or knife, or by immersing ware in hot water.
AI: Partial - Removing wax or tape by immersion is easily automated, but delicate manual removal with a stylus or knife for varied glassware often still requires human dexterity, so AI can partially automate the task.
Position and clamp workpieces, plates, or rollers in holding fixtures.
AI: Partial - Positioning and clamping small or irregular workpieces often requires manual fixturing and adaptive handling, so AI can assist or control robots in many settings but not universally fully automate this by 2025.
Determine machine settings, and move bars or levers to reproduce designs on rollers or plates.
AI: Partial - AI can suggest and automate many machine settings and actuations, but complex judgment calls and adjustments for novel materials or legacy equipment often still require human oversight.
Clean and polish engraved areas.
AI: Partial - Cleaning and polishing engraved areas can be automated for many repeatable shapes, but varied geometries and delicate finishes still often require human dexterity and judgment.
Insert cutting tools or bits into machines and secure them with wrenches.
AI: Partial - Automatic tool changers and robotic manipulators can perform many tool insertions, but manual wrench-secured setups and varied fixturing still frequently require human intervention.
Sandblast exposed areas of glass to cut designs in surfaces, using spray guns.
AI: Partial - Automated sandblasting stations exist, but variability in masking, fragile workpieces, and safety concerns mean many jobs are only partially automated in practice.
Brush or wipe acid over engraving to darken or highlight inscriptions.
AI: Partial - Controlled chemical application can be automated with dispensers and robotics, but handling acids, etch variability, and safety protocols typically keep this only partially automated.