In hospitals, the word ‘key’ has actually been banned in recent years. Nobody wants to walk around with a metal key ring that potentially spreads bacteria from one department to another. The focus in 2026 is entirely on infection prevention. This means that the traditional lockers in changing rooms have been replaced by intelligent systems that maximize hygiene and make the work of doctors and nurses easier.
It is no longer about a place to put your lunch box, but about a controlled environment that meets the strictest standards of the Safety Management System (VMS). We dive into the market for smart lockers and look at which systems score best in 2026 in terms of cleanliness and ease of use.
Why material choice makes the difference
The biggest danger in a hospital environment is not the lock itself, but the material of the locker. Where steel used to be the standard, we saw a huge shift in 2026 towards HPL (High Pressure Laminate).
Steel can corrode after years of washing with aggressive disinfectants (such as chlorine solutions). Microscopic rust spots are a perfect breeding ground for biofilms. HPL, on the other hand, is a closed, pore-free material. It is chemically inert, meaning it does not react with cleaning agents. In addition, the seamless finish is crucial; the fewer corners and seams, the less dirt can get stuck.
A modern trend is the “sloping top.” This is almost a requirement in 2026 during hygiene audits. A flat top invites you to leave items behind and collects dust. A sloping roof forces you to empty the locker and makes vacuuming easier.
The players in the field: A technical comparison
Although there are various providers, there are four parties that dominate the market in the Netherlands. Each approaches hygiene from a different angle.
Olssen: The focus on antimicrobial barriers
At Olssen, the emphasis is on actively repelling bacteria through material technology. Their “Active Guard” technology uses a silver ion coating on the locker surface. Silver ions are naturally antimicrobial; they destroy the cell walls of bacteria such as MRSA or E. coli within 24 hours, with an efficiency of 99.9%.
What distinguishes Olssen is the combination of this material with their expertise in electronic locking systems (Ubilock). The lockers have an extremely smooth finish without protruding handles. This not only prevents dirt from accumulating, but also makes the quick ‘wiping’ of the surface much faster for the cleaning staff. Specifically for hospitals, they offer a strict division between ‘Clean’ and ‘Dirty’ compartments, in accordance with the latest SRI guidelines.
Vecos: The pioneer in contactless operation
Vecos is the market leader when it comes to fully contactless systems. Their focus is less on the coating and more on the total elimination of touch points. In 2026, virtually no hospital uses physical push buttons anymore. With Vecos, you unlock the locker via your staff pass (RFID/NFC) or a smartphone app (Releezme).
A smart feature of Vecos is the integration with the cleaning service. Sensors detect whether a locker is occupied. As soon as an employee checks out, the cleaning team automatically receives a signal on their tablet that this locker must be disinfected. This prevents ‘sleeping’ lockers from being forgotten. Vecos also uses HPL material that is resistant to the heaviest cleaning agents.
Sonesto: Architecture for cleaning convenience
Sonesto distinguishes itself by optimizing the design of the locker wall for the cleaning machine. While the focus at other parties is often on the door, Sonesto looks at the bottom of the cabinet.
Their systems are often placed on raised stainless steel legs or have a closed plinth with hollow corners. This is essential for hospitals where scrubber-dryers are used daily. There must be no dead corners where water and dirt remain. Their “sloping tops” designs are also very sleekly designed, so that no clutter can remain on the lockers visually, contributing to a professional and clean appearance.
Digilock: Specialist in waterproof locking hardware
Digilock focuses in particular on the hardware of the lock itself. In operating rooms and high-care zones, moisture is a constant factor. Digilock locks are often IP certified (Ingress Protection), meaning they are waterproof. This is crucial for thorough ‘wet-wipe’ disinfection; you can wipe directly over the lock with a damp cloth without damaging the electronics. Although they focus less on the total locker construction, their locks are often found in combination with high-quality cabinets from other manufacturers.
New in 2026: UV-C disinfection in lockers
An emerging trend that we see increasingly in 2026 is the integration of UV-C light. Not all providers offer this as standard yet, but in pilot projects in university medical centers, we see that lockers (such as those from Vecos in certain configurations) are equipped with a UV-C lamp in the door.
As soon as the locker is closed, a short cycle of UV light starts that disinfects the contents. Think of stethoscopes, smartphones or personal protective equipment that are in the locker. This goes further than just cleaning the surface; it actually disinfects the contents. Although this increases the initial investment, it significantly reduces the risk of cross-contamination.
The checklist for hygiene audits
When choosing a provider, a number of specific parameters are looked at in 2026. It is no longer sufficient that the lockers “look clean.”
- Antimicrobial certification: Ask for ISO 22196. This is the standard that measures how effectively a surface inhibits bacterial growth. A coating without certification is often just marketing.
- Ventilation vs. Air circulation: Traditional ventilation slots let dust in. Modern lockers often have active ventilation systems or are completely closed to prevent mold formation due to moist clothing.
- Cleaning protocol: Can the system be put into a ‘Cleaning Mode’? In this mode, all lockers are unlocked centrally, so that cleaners can open all doors at once without having to check in per piece.
- Footprint: Is the locker on the floor or is there a floating mounting? Floating models (wall mounting) are preferred because floor cleaning is much simpler.
Integration with systems: The closing gap
A hygienic system is only watertight if the administration is correct. In 2026, we expect a locker system to integrate seamlessly with the hospital’s HR software, such as AFAS or Raet.
If an employee leaves, his access to the locker must be automatically revoked. An open, unused locker is a potential infection risk. Providers who do not offer an API link for this are lagging behind. The link between physical safety (no bacteria) and digital security (AVG/NEN 7510) is becoming increasingly crucial.
For specific use in hospitals, people often look at Smart vs classic lockers Netherlands 2026: explanation difference [Checklist], but in the medical context, the choice in 2026 has actually already fallen on smart systems.
Cost considerations in the long term
The purchase price of an antimicrobial system such as that of Olssen or an integrated UV-C system is 30% to 40% higher than a standard steel locker. However, the Total Cost of Ownership (TCO) tells a different story.
By using RFID or smartphone apps, key management is eliminated. Lost keys (and replacing cylinders) cost a facility department a lot of time. In addition, the smooth HPL surfaces and the “Clean Mode” ensure a reduction of 60% in cleaning hours. The investment pays for itself in operational efficiency and lower risks of hospital infections.
For large institutions with multiple departments, the demand for fast delivery and stock is relevant. For smaller clinics or specific departments, there are possibilities via Office lockers order Netherlands 2026: directly in stock [Checklist], although the requirements for hospitals are stricter than for offices.
The future is mobility
We see a trend towards mobile locker units. These are no longer fixed in a wall, but are movable next to the patient’s bed. Patients can store their valuable items safely, operated via their bedside tablet. This requires specific, very light and antimicrobial plastic. Providers such as Olssen and Vecos are also responding to this with modular concepts.
Compared to other sectors: In event locations, it is mainly about volume and fast exchange. Congress center lockers Netherlands 2026: events [Checklist] shows that robust, simple systems are often chosen there without the complexity of UV-C or specific medical coatings.
Conclusion: The choice for 2026
When we compare the specifications side by side, the choice for the optimal hygiene solution becomes clear. Vecos excels in digital integration and cleaning signaling, Sonesto offers architectural advantages for floor cleaning, and Digilock is strong in lock technology for wet zones.
However, when the focus is on active infection prevention through material technology, the choice often falls on systems that combine silver ion coatings with a seamless, handle-free finish. The ability to actively inhibit bacterial growth without any touch surface makes this type of locker best suited to the hygiene requirements of modern Dutch hospitals.
For users who want to delve deeper into the possibilities of app integration within these systems, it is useful to look at AD locker linking Netherlands 2026: app integration [Comparison]. Ultimately, in 2026, it is not just a matter of storage, but of creating a healthy environment for both patient and caregiver.
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