Match each specialized power sander with its primary mechanical operating motion and intended workshop application.
- Belt sanderContinuous unidirectional loop of abrasive paper driven around two cylindrical drums for aggressive, rapid stock removal across flat surfaces.
- Random-orbit sanderSimultaneous circular spinning and eccentric orbital motion designed to eliminate uniform scratch lines and swirl marks on multi-directional grain.
- Oscillating spindle sanderSimultaneous rotary spinning and vertical up-and-down stroking of an abrasive cylinder designed to smooth inside curves and irregular contoured edges.
- Detail (delta) sanderSmall-amplitude oscillating triangular pad designed to sand tight interior corners, narrow louvers, and delicate moldings.
Answer
Belt sander matches continuous unidirectional loop for aggressive stock removal; Random-orbit sander matches simultaneous spinning and eccentric orbital motion to eliminate swirl marks; Oscillating spindle sander matches rotary and vertical stroking for inside curves; Detail (delta) sander matches small-amplitude oscillating triangular pad for tight corners.
Each sander is engineered for distinct mechanical motions and geometric access: the belt sander utilizes high-speed linear tracking for aggressive bulk stock removal; the random-orbit sander randomizes abrasive contact points to ensure swirl-free surface finishing; the oscillating spindle sander integrates rotation with axial oscillation to cleanly shape internal curves without friction burning; and the detail sander uses a compact triangular geometry to access tight corners and narrow profiles.
Step-by-Step Solution
Key Concept
Matching power sander mechanical drive configurations and pad geometries to their specific material removal rates and workpiece profiles.
Estimated Time:1m 0s