handlingstype

Handlingstype is a classification used in process design, manufacturing, and logistics to describe how an item, task, or operation is physically managed within a system. It focuses on the method of handling rather than the object being handled, helping planners compare workflows, allocate resources, and assess risk.

Common handlingstypes include manual handling, where a task is performed directly by a person; semi-automatic handling, which combines human input with equipment such as conveyors or lifts; automated handling, using robotic or software-controlled systems; remote handling, conducted from a distance with specialized tools; and hybrid handling, which blends multiple methods within a single process. Each type implies different requirements for labor, equipment, safety, energy use, and maintenance.

Applications of handlingstype analysis include capacity planning, workflow optimization, safety assessments, and cost modeling. By categorizing tasks by handling method, organizations can identify bottlenecks, estimate staffing needs, evaluate ergonomics, and compare total cost of ownership across alternatives. The concept also informs data modeling in information systems, where handlingstype is stored as a code or attribute used in routing, scheduling, and performance metrics.

Standards and definitions for handlingstype vary by industry and organization, so clear, context-specific documentation is essential. Without explicit definitions, the term can be ambiguous. Related concepts include material handling, process engineering, and task allocation. In practice, handlingstype supports systematic design and continuous improvement of operational workflows.