Several criteria must be taken into account when selecting a professional workshop workbench that best meets the needs of the activity.

Before even starting to pre-select workbench models, it is essential to conduct a case study—in other words, a sort of specifications document—to define the needs and expectations that the new workshop workbench must meet. The foreman, who is familiar with the needs of their team, as well as the risks and constraints imposed by the current equipment, takes part in this study.

The storage of all materials and tools must be carefully planned to ensure a designated place for each item. An optimized organization saves time and space, minimizes movement, and enhances team performance while reducing the risk of accidents.

The number of technicians who will be working at the workbench must also be considered to determine the appropriate type of countertop, essential storage, and the necessary and safe space around the workbench. A well-designed professional workshop workbench facilitates movement, helps minimize unnecessary motions, and reduces the risk of accidents.

Depending on the activity, one can choose a countertop made of stainless steel, wood, or solid steel.

For tasks requiring good visibility, various lighting systems can be installed on the workbench:

• An LED lighting system: the work surface is well-lit with an energy-efficient solution.
• A lighting system with an articulated arm allows the countertop to be illuminated without the need for a portable light or external lighting. The brightness is improved for the worker, with lighting that can reach up to 4000 lumens up to 8 feet from the station. Additionally, the risk of accidents is minimized by reducing electrical cables on the floor to a minimum.

Several types of storage should be considered based on the parts to be stored and their accessibility. For example, heavy items should be stored at the bottom, and the size of each drawer should be suited to the weight of its contents to prevent overloading, drawer deformation, a shortened lifespan of the workbench, and potential accident risks.

For storing small parts, full-height sidewall drawers allow for the organization of small items without mixing them, optimizing the entire space within the drawer.

Anti-detachment systems can also be installed on the drawers to prevent items from falling when the drawer is fully opened.

Cabinets used to store high-value materials can be equipped with handles featuring digital locks. This option eliminates the need for key management and the risk of loss.

Acquiring a new professional workshop workbench is not just about replacing outdated equipment or expanding the existing setup. This investment should be carefully considered and optimized to save time and space, improve organization, enhance performance, and reduce worker movements as well as the risk of accidents.