Supply Chain & Warehouse Logistics Blog

SLAM in robotics: Industrial applications

SLAM technology in robotics is a set of techniques that enables autonomous vehicles to create their own maps of unknown environments and orient themselves within them.

LiDAR system and its main industrial applications

A LiDAR system uses laser pulses to map environments in 3D with millimetric precision, making this technology essential in the automotive, logistics, and topography fields.

Automotive logistics: Key challenges and how to tackle them

Automotive logistics encompasses multiple processes, from managing raw materials to delivering vehicles to dealerships and supporting their ongoing maintenance.

Contract logistics: Entrusting operations to a strategic partner

Contract logistics refers to outsourcing a company’s logistics activities to a specialized service provider.

Carbon footprint: Definition, calculation, and how to reduce it

What is a carbon footprint? How is it calculated? And what steps can companies take to reduce it through automated storage systems, advanced internal transport solutions, and effective logistics ...

Logistics functions: What they are and how to optimize them

Logistics functions are critical activities for businesses that rely on the flow and delivery of products or raw materials.

Slave pallet: Definition and main applications

A slave pallet is a solution designed to facilitate the handling and storage of non-standard pallets, particularly in warehouses with automated operations.

Inductive charging and its advantages for industry

Inductive charging streamlines industry operations by enabling automatic, wireless recharging and reducing downtime in automated warehouses.