EVOLUTION 3200

EVOLUTION 3200 – Asymmetrical Metal Side-Loading Container

The Evolution 3200 metal side-loading container has been engineered to address the technical, functional, and aesthetic limitations associated with plastic containers and conventional metal designs.Designed to overcome common issues such as structural deformation, premature wear, safety concerns, poor visual integration, and limited accessibility, the Evolution 3200 delivers a robust and durable solution that integrates seamlessly into the urban environment.

ASYMMETRICAL DESIGN

Its advanced structural design, based on rounded geometries, minimizes vibration during the emptying process, significantly reducing the metallic noise typically associated with conventional containers.The system incorporates dampened, soft-closing lids that prevent impact noise when waste is deposited. In addition, the fixed shaft configuration, combined with the elimination of unnecessary moving components, reduces rattling and mechanical noise characteristic of older designs.High-density materials further enhance acoustic performance by absorbing sound rather than amplifying it, ensuring quieter operation in urban environments.

HIGH-CAPACITY 3200

The Evolution 3200 is specifically designed for high waste generation environments, where maximum capacity is required without compromising visual integration within the urban landscape.With an overall height of under 1,680 mm, the unit maintains a low visual impact while preserving clear sightlines and ensuring the safety of both pedestrians and vehicles.

LOW-NOISE OPERATION

The Evolution 3200 is engineered for low-noise performance, minimizing sound emissions during both use and emptying operations.Its advanced rounded design reduces structural vibration, significantly limiting the metallic noise typically associated with conventional containers. The system incorporates sound-insulated, soft-closing lids that prevent impact noise when waste is deposited.The fixed shaft configuration, combined with the elimination of unnecessary moving components, reduces rattling and mechanical noise characteristic of older designs. In addition, high-density materials enhance acoustic performance by absorbing sound rather than amplifying it.