Svingbart

Svingbart is a term used in engineering and design to describe a component or joint that can swing or pivot around an axis. In technical usage it denotes angular mobility within a mechanism, typically implemented as a hinge, pivot joint, or similar linkage that allows rotation between two parts.

Etymology and usage: The word derives from the verb svinge (to swing) with a suffix indicating capability. In practice, svingbart describes the property of being pivotable or swing-ready rather than naming a single standardized part. The term appears in Scandinavian catalogs and technical writings to indicate a flexible, rotational connection.

Applications: Svingbart joints are common in mechanical assemblies where adjustable reach or orientation is required. Examples include swing arms in industrial robots and inspection equipment, adjustable supports and brackets, camera or lighting mounts, and certain automotive or furniture components that must rotate for access or positioning.

Design and construction: A svingbart element typically features a defined pivot axis, bearings or bushings to reduce friction, and a mounting interface that fixes one end while allowing rotation at the other. Materials of construction include steel, stainless steel, aluminum, or durable polymers, selected for strength, wear resistance, and environmental conditions. Proper lubrication and controlled clearances are important to minimize play and wear.

Advantages and limitations: The svingbart arrangement enables compact layouts, adjustable orientation, and smoother positioning in constrained spaces. Limitations include wear over time, the need for periodic maintenance, and performance that depends on precise tolerances and appropriate lubrication.

Related terms: Svingledd (pivot joint), hinge, swivel, and revolute joint are related concepts. In some contexts, svingbart may be used interchangeably with pivoting or swiveling components.