What question did this study set out to answer?

The aim is to explore laser wire cladding techniques for manufacturing 316L steel parts with inclined slicing planes.

June 3, 2026Russian Engineering Research0 citations

Laser Additive Production of Parts with an Inclined Slicing Plane

AOA.A. OskolkovPerm National Research Polytechnic University IKI. S. KhomutininPerm National Research Polytechnic University SVS. V. VarushkinPerm National Research Polytechnic University

Key Points

The aim is to explore laser wire cladding techniques for manufacturing 316L steel parts with inclined slicing planes.
Utilized adaptive wire supply with feedback for layer stabilization
Conducted 3D-printing of two wall-type samples (50 × 30 × 10 mm)
Employed various sample orientations during processing (X axis and Y axis) with a 30° slicing plane inclination.
Successfully produced parts with inclined slicing planes using laser cladding methods
Demonstrated stable surfacing of inclined layers with adaptive feedback
Outlined effective surfacing trajectories for 316L steel workpieces.

Abstract

The possibility of laser wire cladding of 316L steel workpieces with an inclined slicing plane is investigated. Adaptive wire supply with feedback is used to stabilize the surfacing of the inclined plane layers. The chosen surfacing trajectories are presented, and the results of 3D-printing two samples of wall type (50 × 30 × 10 mm) are outlined. In surfacing, different sample orientations relative to the laser sources are employed (along the X axis and along the Y axis), with 30° inclination of the slicing plane.

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