In various production workshops, the orderly storage of employees' personal belongings is the basis for ensuring operational safety and workshop cleanliness. Workshop lockers, as dedicated storage facilities, play a key role in standardized management. They provide employees with a safe space to store personal items, preventing interference between personal belongings and the production area, while also helping the workshop achieve fixed-position management and improve overall standardization levels.
The choice of materials for workshop lockers emphasizes durability and hygiene. The main frame is mostly made of 304 stainless steel. It is wear-resistant and rust-proof, able to withstand humid or dusty workshop environments; lockers in clean workshops such as food and pharmaceutical factories use stainless steel, with a smooth surface that is easy to clean, meeting strict hygiene standards. Cabinet doors use reinforced glass or steel plates, with magnetic or mechanical locks to ensure the safety of stored items.
1. In terms of structural design, workshop lockers mostly adopt a multi-layer, multi-grid combination layout. A single locker is usually divided into 4-6 independent storage units, each equipped with a clothes rail, shelves, and a shoe rack to meet the needs of storing clothes, tools, and personal items separately. The height of the lockers is generally 180-200 cm, and the depth is 50-60 cm, ensuring storage capacity while saving floor space. Some lockers are designed with double-sided doors, the outside for employees to access items, and the inside facing the changing area, optimizing space utilization efficiency.
2. In terms of functional configuration, it embodies humanized features. Each storage unit is equipped with an independent lock, supporting key, IC card, or password unlocking to ensure item safety. Small ventilation holes are installed at the top of the cabinet to promote air circulation and prevent clothes from getting damp and moldy. There is a label bar on the side of the locker for employees to identify their storage unit. Some smart lockers are also equipped with an electronic induction system that can record opening and closing times and support remote management.
The application of workshop lockers brings significant management benefits. It effectively isolates employees' personal belongings from the production area, eliminating safety hazards; classified storage reduces the risk of item loss and protects employees' property safety; the unified locker layout makes the workshop changing area clean and orderly, improving environmental management levels. At the same time, fixed storage space cultivates employees' good storage habits, helping the workshop achieve its management goals and becoming an important part of modern workshop standardization construction.
The changing room system is divided into: primary changing area, secondary changing area, washing and disinfection area, air shower area
The standard order should be:
Entering the workshop: Change shoes, change clothes (primary changing area), wash hands, change clothes (secondary changing area), put on a hat, buffer hand disinfection, hand disinfection, rinse with clean water, dry hands, disinfect shoe soles before entering the workshop.
Leaving the workshop: Change clothes (secondary changing area), change clothes (primary changing area), change shoes, leave the changing room.
Locker size, number of rows and columns can be customized.
