Forging Machine Setters, Operators, and Tenders, Metal and Plastic

Read work orders or blueprints to determine specified tolerances and sequences of operations for machine setup.

AI: Fully automatable - AI systems can parse work orders/blueprints (including CAD data), extract tolerances, and generate machine setup sequences and parameters automatically.

Position and move metal wires or workpieces through a series of dies that compress and shape stock to form die impressions.

AI: Fully automatable - Automated draw benches and robotic material handling systems can position and feed wire/workpieces through dies under AI control to form impressions.

Measure and inspect machined parts to ensure conformance to product specifications.

AI: Fully automatable - Machine vision, CMMs, and AI-based inspection systems can measure and verify machined parts against specifications with high accuracy.

Turn handles or knobs to set pressures and depths of ram strokes and to synchronize machine operations.

AI: Fully automatable - Actuators and AI control systems can automatically set pressures, ram stroke depths, and synchronize operations in place of manual knob-turning.

Start machines to produce sample workpieces, and observe operations to detect machine malfunctions and to verify that machine setups conform to specifications.

AI: Fully automatable - Automated start sequences combined with sensor and vision monitoring can produce sample parts and detect malfunctions or setup nonconformance autonomously.

Trim and compress finished forgings to specified tolerances.

AI: Fully automatable - Automated trimming presses, robotic trimming cells, and AI-guided tooling can trim and compress finished forgings to specified tolerances reliably.

Sharpen cutting tools and drill bits, using bench grinders.

AI: Fully automatable - Sharpening cutting tools and drill bits is a repetitive, well‑specified process that can be fully automated using CNC tool grinders and jigs controlled by AI.

Set up, operate, or tend presses and forging machines to perform hot or cold forging by flattening, straightening, bending, cutting, piercing, or other operations to taper, shape, or form metal.

AI: Partial - AI can operate and tend presses and forging machines in many cases, but complex setup, unexpected adjustments, and safety-critical oversight still often require human intervention.

Install, adjust, and remove dies, synchronizing cams, forging hammers, and stop guides, using overhead cranes or other hoisting devices, and hand tools.

AI: Partial - Robotic hoists and automated tools can assist with installing and removing dies, but the complex alignment, variability, and safety coordination typically require human involvement.

Confer with other workers about machine setups and operational specifications.

AI: Partial - AI can facilitate and partially automate coordination and information exchange, but nuanced decision-making and interpersonal negotiation remain largely human-led.

Remove dies from machines when production runs are finished.

AI: Partial - Removing dies is a heavy, variable, and safety-critical physical task that existing robotics can handle in some controlled plants but is not universally fully automatable by 2025.

Repair, maintain, and replace parts on dies.

AI: Partial - Repairing, maintaining, and replacing die parts requires complex diagnostics, fine manual manipulation, and adaptability that AI/robotics can assist with but not fully replace in general use by 2025.

Select, align, and bolt positioning fixtures, stops, and specified dies to rams and anvils, forging rolls, or presses and hammers.

AI: Partial - Selecting, aligning, and bolting fixtures and dies demands precise, context-dependent fixturing and judgment; some robotic systems can perform parts of it but full automation is not yet general.