For a client operating in the e-commerce sector, Fabrit developed the mechanical design and engineering documentation for robotic parcel pickup points intended for indoor environments.
The cooperation focused on providing full engineering support for a new product line, enabling the client to expand its automated parcel handling solutions.
The client faced staffing shortages within their mechanical design department, which limited their ability to develop new automated systems.
At the same time, the market required modern parcel pickup solutions capable of:
automated storage and retrieval of packages,
efficient use of available space,
reliable operation in indoor public environments,
resistance to intensive daily use and potential vandalism.
The client required an experienced engineering partner to design a complete, production-ready solution.
Fabrit was responsible for:
development of the device concept,
mechanical design of the storage system,
integration of a Cartesian robot,
development of the tray handling system,
design of a vandal-resistant enclosure,
preparation of full technical documentation for manufacturing.
The designed system is equipped with a Cartesian robot capable of automatically picking and placing trays containing parcels into designated storage locations within shelving structures.
The solution enables:
precise positioning,
fast and reliable parcel transfer,
optimized use of storage space,
automation of parcel handling processes.
The device was engineered for indoor operation and features a reinforced, vandal-resistant enclosure, ensuring durability and safe use in public or semi-public environments.
delivery of a complete, production-ready robotic solution,
increased product development capacity for the client,
automation of parcel storage and retrieval,
optimized space utilization,
high durability and resistance to intensive operation.