The speaker is easy to pack and suitable for both mobile and home use.
To ensure easy separation of electronic components, the internals are attached with hook-and-loop fasteners. Industrially, this could also be achieved through heat pressing or by integrating it into the injection molding process. The electronic parts can then be easily applied and removed as needed. This is particularly useful for repairs and disassembly.
All parts can be assembled and disassembled without special tools, screws, or adhesive joints.
The speaker causes the diaphragm to vibrate, thereby producing sound. The wave-like structure and material thickness allow for vibrations despite the use of a single type of material.
To ensure that the Monospeaker, designed as a sustainable product, does not compromise on quality, it can be upgraded to a stereo system. However, no additional battery or circuit board is installed. Instead, the tweeter is simply connected via cable.
MonoSpeaker
MonoSpeaker is a Bluetooth speaker designed to be recycled. Its minimalist design consists solely of essential electronics and recyclable PET plastic. The material structure gives the speaker resilient properties, which replace the conventionally glued rubber surround and allow for a casing made from a single material. At the end of its lifecycle, the consumer can easily separate the speaker from its electronics and dispose of it in household waste. Thanks to the reduced transport volume, returning the product to the manufacturer is significantly simplified, which in turn allows for the majority of the electronics to be reused.
MonoSpeaker
MonoSpeaker is a Bluetooth speaker designed to be recycled. Its minimalist design consists solely of essential electronics and recyclable PET plastic. The material structure gives the speaker resilient properties, which replace the conventionally glued rubber surround and allow for a casing made from a single material. At the end of its lifecycle, the consumer can easily separate the speaker from its electronics and dispose of it in household waste. Thanks to the reduced transport volume, returning the product to the manufacturer is significantly simplified, which in turn allows for the majority of the electronics to be reused.
To ensure easy separation of electronic components, the internals are attached with hook-and-loop fasteners. Industrially, this could also be achieved through heat pressing or by integrating it into the injection molding process. The electronic parts can then be easily applied and removed as needed. This is particularly useful for repairs and disassembly.
The speaker causes the diaphragm to vibrate, thereby producing sound. The wave-like structure and material thickness allow for vibrations despite the use of a single type of material.