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Todd Dunning
Todd DunningMSUnited States
Optical materials for industrial photonics systems
Published
Apr 22, 2026

Laser Cleaning Antique Evinrude Outboard Propeller

An antique Evinrude outboard propeller carries marine growth, paint, and rust on a bronze or iron blade. Leading edges, the hub bore, and heat that can soften a thin blade or take the factory look with the crust are what a careful operator watches.

What This Video Shows

Short 2YvfFE4f3Lk shows pulsed laser clearing barnacles, marine corrosion, and old paint from an antique Evinrude outboard propeller without grit.

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Bronze surface undergoing laser cleaning showing precise contamination removal

Bronze Laser Cleaning

Bronze statues look green and crusty at the start. A stopped pass leaves the intended hue, not a raw wound where the crust once sat.

Aluminum surface undergoing laser cleaning showing precise contamination removal

Aluminum Laser Cleaning

Aluminum starts dull under oxide that takes the first energy. After a stopped pass, that film is gone and the metal is not pitted.

Aluminum Bronze surface during precision laser cleaning process removing contamination layer

Aluminum Bronze Laser Cleaning

Aluminum bronze starts dull from marine growth. After a stopped pass the growth is gone and the metal looks protected, not scraped raw.

Cast Iron surface undergoing laser cleaning showing precise contamination removal

Cast Iron Laser Cleaning

Cast iron arrives under rust and foundry scale. After the pass those films are gone and the graphite stays in the metal, not blasted out of the face.

Iron surface undergoing laser cleaning showing precise contamination removal

Iron Laser Cleaning

Iron arrives under rust and mill scale that hide the face. After the pass those films are gone and the metal is bare, not abrasive-blasted or pitted.

Steel surface undergoing laser cleaning showing precise contamination removal

Carbon Steel Laser Cleaning

Carbon steel looks scabby with outdoor rust before work starts. Afterward the operator has bare iron that is still sound, without a pit track.

Tool Steel surface undergoing laser cleaning showing precise contamination removal

Tool Steel Laser Cleaning

Tool steel dies look filmed and oxidized before work starts. Afterward the operator has a still-hard working land without a blue temper stain.

Cherry surface undergoing laser cleaning showing precise contamination removal

Cherry Laser Cleaning

Cherry millwork starts dark under old varnish and soot. After the pass those films are gone and the figure is still there, not browned through.

Fiberglass surface undergoing laser cleaning showing precise contamination removal

Fiberglass Laser Cleaning

Fiberglass hulls look chalky and stained at the start. A stopped pass leaves the glossy coat, not a pale scar where the dirt once sat.

Terracotta surface undergoing laser cleaning showing precise contamination removal

Terracotta Laser Cleaning

Terracotta arrives under soot and crust on the fired clay. After the pass the laser leaves the ceramic body intact, not pitted on the face.

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Questions this footage answers

  • What does this Short show about cleaning an antique Evinrude outboard propeller?

    The clip is a 33-second pulsed-fiber demo on a single propeller. You see barnacle shells, marine crust, and old coatings leave aluminum and bronze blade faces while the hub geometry stays in frame. It is footage proof that contactless cleaning can reach marine soil on a vintage outboard propeller, not a timed quote for every boat yard.

  • Why avoid grit blast or acid dip on a propeller this old?

    Antique Evinrude blades are thin and often irreplaceable, so any method that bites the metal is hard to undo. Media blast and chemical dips remove metal along with soil. The Short shows the laser path clearing crust while blade edges and pitch lines stay readable, which is the restoration goal when the casting itself is the spare.

  • Do aluminum and bronze blades on this propeller take the same pass?

    Both alloys share the frame, but they do not share one safe energy habit. Aluminum faces heat faster and want a quicker traveler; bronze can take a steadier pass for thicker oxide and verdigris. Operators should change speed and coupon each alloy family instead of locking one setting for the whole propeller.

  • Can I copy this traveler straight onto another outboard propeller?

    Use the Short to see the cleaning sequence and the soil leaving the part, then coupon the next alloy before production. A copied recipe can mark soft faces even when the buildup looks familiar. Match scrap of the same metal family first, especially on paint-coated marine hardware.