ZHILAI MED smart shoe changing locker is designed for hospitals and operating room changing areas where staff footwear and personal belongings require secure, organized management. The modular system supports both fixed locker assignment and shared locker allocation, together with identity verification, door-status monitoring, remote control and offline operation. Main and auxiliary cabinets can be configured according to staff numbers, shift patterns and available installation space.
Intelligent system with scientific allocation; no extra operations required
Door status detection: voice alert immediately if a door is not properly closed
Flexible modular combination: multiple columns can be freely combined according to on-site requirements
Custom electronic locks ensuring over 300,000 reliable open/close cycles
Remote control, dedicated locker assignment, abnormal event alerts, etc.
Nearest allocation: customizable identity information matches the cabinet position and height for unlocking
| Component | Detailed Specifications |
| Operation Display | 15.6-inch capacitive touchscreen, 192×108 resolution |
| Identity Verification | Supports facial recognition, IC card, and account/password authentication |
| Networking | Wired network, Wi-Fi |
| Overall Dimensions | Main cabinet: W×D×H 400×450×195 mm; Auxiliary cabinet: W×D×H 650×450×195 mm |
| Single-Compartment (Door) Size | 8-door: 305×450×440 mm; 10-door: 305×450×351 mm; 12-door: 305×450×291 mm; 16-door: 305×450×217 mm; 18-door: 305×450×193 mm; 20-door: 305×450×173 mm; 24-door: 305×450×142 mm (W×D×H) |
| Cabinet Body | 1) Cabinet made of high-quality galvanized steel sheet, 0.8 mm thickness; surface treated through multiple processes (degreasing, acid pickling, phosphating, anti-rust treatment) and finished with electrostatic powder coating—easy to clean, resistant to stains and wear. 2) Doors made of galvanized steel sheet, 1.0mm thickness; reinforced ribs on the back improve impact resistance. Door sides feature a curved profile at a certain angle to reduce the risk of accidental bumps or injuries. 3) Unique hinge shaft and adjustable leveling feet: hinge includes a bushing, and with adjustable feet effectively prevents door jamming. |
| Lock Control | 1) Equipped with an anti-pry emergency cover and dedicated lock to maximize unobstructed access and cabinet security. 2) Electromagnetic electronic lock with 360° anti-pry design and anti-shim insertion device; supports door status detection. |
| Mainboard Performance | Quad-core CPU, 4 GB RAM, 32 GB storage |
| Operating System | Android 11 |
| Emergency Plan | 1) In emergencies, doors can be opened manually via emergency unlocking. 2) Offline operation supported during network outage; data uploads automatically when the network is restored. 3) Backup power supports uninterrupted operation for 1 hour or more after power failure. |
| Other Functions | Modular design; flexible compartment capacity configuration based on hospital needs; supports both fixed allocation and shared (floating) allocation of compartments. |
A hospital does not always need one permanently assigned shoe locker for every employee. ZHILAI MED smart shoe changing lockers support both fixed allocation and shared allocation, allowing hospitals to configure locker access according to staff roles, shift patterns, changing-room occupancy and storage policies.
In a fixed allocation model, a specific compartment remains associated with the same authorized user according to the hospital's configured management policy.
Best suited for:Permanent staff requiring predictable personal storage
Departments with relatively stable staffing
Users who need the same compartment across multiple shifts
Roles requiring clearly assigned storage responsibility
Areas where locker availability is not severely constrained
In a shared or floating allocation model, authorized users receive an available compartment according to the configured allocation rules rather than keeping the same locker permanently.
Best suited for:Rotating doctors, nurses and clinical personnel
Operating rooms with multiple staff shifts
Changing rooms with limited available floor space
Temporary or visiting personnel
Facilities seeking higher locker utilization
| Planning Factor | Fixed Allocation | Shared Allocation |
|---|---|---|
| Compartment ownership | Assigned to a designated user | Allocated from an available shared pool |
| Locker quantity basis | Number of permanently assigned users | Peak simultaneous occupancy plus reserve |
| Best staffing pattern | Stable or permanent workforce | Shift-based and rotating workforce |
| Space efficiency | Lower when many assigned users are absent | Potentially higher through compartment reuse |
| User experience | Familiar and predictable | Flexible; compartment may change between uses |
| Typical hospital use | Permanently assigned employees or specific roles | Operating-room shifts, rotating teams and temporary staff |
Hospitals do not necessarily need to choose only one allocation method. A changing area can combine permanently assigned compartments for specific employees with a shared locker pool for rotating staff, temporary users or departments with changing shift patterns.
ZHILAI MED smart shoe changing lockers support flexible modular configurations, allowing the cabinet quantity and compartment structure to be planned according to actual staff numbers and installation space.
Do not calculate shared locker capacity from the total employee list. Start with the number of people who are expected to use the changing area at the same time.
Fixed lockers should then be added separately for employees or roles that require permanent assignment. Also confirm the compartment size needed for footwear and personal items before deciding between the available 8-, 10-, 12-, 16-, 18-, 20- and 24-door cabinet configurations.
For a more detailed approach to calculating fixed, shared and hybrid locker quantities, see our Hospital Staff Locker Planning Guide .
These questions cover allocation methods, authentication, compartment configuration, offline operation and planning considerations for hospital shoe changing areas.
A smart shoe changing locker is an electronically controlled storage system used to manage staff footwear and related personal storage in hospital changing areas. It combines secure compartments with identity verification, electronic locks, door-status monitoring and software-based allocation management.
With fixed allocation, a designated compartment remains assigned to a specific user according to the configured policy. With shared allocation, an authorized user receives an available compartment from a common locker pool. Shared allocation is especially useful where staff work in rotating shifts.
It depends on staffing patterns. Fixed lockers may be appropriate for permanent users who require consistent storage, while shared lockers can improve utilization for rotating doctors, nurses and temporary staff. Many hospitals can use a hybrid model combining both approaches.
The current smart shoe changing locker supports multiple identity-verification options, including facial recognition, IC card authentication and account/password access. The final authentication method should be configured according to the hospital's security and workflow requirements.
Yes. The system supports offline operation during a network interruption and can upload data after connectivity is restored. Hospitals should still test the exact offline authentication, opening and data-synchronization workflow before deployment.
The product includes an emergency operating plan. The current specification supports manual emergency unlocking and backup power designed to maintain operation for at least one hour after a power interruption. The hospital should include emergency-access testing in its commissioning process.
ZHILAI MED offers several compartment configurations, including 8-, 10-, 12-, 16-, 18-, 20- and 24-door layouts. Because compartment height changes with the number of doors, the final configuration should be selected according to the footwear or personal items being stored as well as the number of users.
Yes. The smart shoe changing locker uses a modular design, allowing main and auxiliary cabinets to be combined according to staff numbers, required compartment capacity and available installation space. The final cabinet quantity should be confirmed during project planning.
The electronic locking system supports door-status detection. If a door is not properly closed, the system can provide an alert according to the configured workflow, helping reduce unsecured compartments in busy changing areas.
Provide the number of permanent and rotating users, peak simultaneous occupancy, shift-overlap patterns, preferred fixed or shared allocation policy, footwear dimensions, available installation space, required authentication method, network conditions and any emergency-access or software-integration requirements.
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