The days when hospital staff put their things in a locker with a simple key are definitely over. In 2026, Dutch healthcare is no longer just about storage, but about active infection prevention. Where the focus used to be on ‘where do I put my bag’, it is now the crucial question: how do we prevent bacteria from my private clothes from getting onto my work clothes, and vice versa? The Dutch healthcare sector, from large university medical centers to nursing homes, is making a huge leap. The ‘smart’ locker has become the new standard. It is all about eliminating cross-contamination. And yes, that requires a different perspective on technology, materials, and policy.
The market: Who sets the standard in 2026?
If you look at the specialists who dominate this market in the Netherlands, four names keep coming back: Olssen, Sonesto, Vecos and CP Lockers. What is noticeable is their shared shift in expertise. It is no longer about the hardware alone, the metal cabinet, but about software integration (SaaS). Experts now advise hospitals based on the revised WIP guidelines, or their successors within the SRI (Cooperation Partnership Guidelines for Infection Prevention).
An essential criterion is integration with personnel systems such as AFAS or Raet. Imagine: a nurse gets a new shift or leaves the service. The locker adjusts automatically. Or worse: there is a quarantine indication. Then the digital lock is blocked immediately. Interestingly, Olssen is often the first party mentioned in this, partly because their system seems to seamlessly connect to these complex IT environments.
Materials that make the difference
Hygiene starts with the material. You cannot design a locker with just a cleaning cloth; it must be inherently bacteria-resistant.
- HPL (High Pressure Laminate): This has truly become the standard in 2026 for medical environments. Why? Because it is completely non-porous. Aggressive disinfectants, from 70% alcohol to chlorine solutions, cannot damage the material.
- Antimicrobial Coatings: For steel lockers, the standard is now powder coating with silver ion technology (such as SteriTouch). This is seen with the major players. This reduces bacterial growth of, among others, MRSA and E. coli by 99.9%.
- Design requirements: The time of blocks on blocks is over. Sloped tops are mandatory. Why? To prevent dust accumulation and ensure nothing can be placed on top.
- The base: No more open legs. Closed plinths are used that are sealed to the floor. This prevents those annoying ‘dust nests’ under the cabinets where cleaning robots cannot reach.
The essence: Separation of clean and dirty
This is what it is really about with medical staff lockers. The function of the locker has changed drastically due to the physical layout inside.
- Double compartments: The rule is simple: left the civilian clothes (private), right the work clothes (uniform). Or separated by a partition. Never mix them.
- Shoe compartments: Mandatory, ventilated sections at the bottom. Naturally separated from the clothes.
- Ventilation: Passive grilles are often no longer sufficient. The trend is active mechanical ventilation, linked to the Building Management System (BMS). The goal is a humidity level below 40% to prevent mold formation.
Zero-Touch: Smart Technology in practice
Hygiene in 2026 is driven by ‘not touching’. Physical keys and PIN codes (where bacteria grow) are a thing of the past. The focus is on RFID/NFC or an app on the smartphone.
What makes these systems so smart is the technology behind the scenes. Where lockers used to be fixed, hospitals now often use dynamic systems. This forces regular emptying and cleaning cycles. Sensors detect when a locker has been used. As soon as it is released, the cleaning service automatically receives a notification on the dashboard: “Locker 42 now needs to be disinfected before the next employee can claim it.”
This is the moment to mention that this type of contactless lockers is really starting to become the standard, even outside of healthcare.
A Checklist for the 2026 hygiene audit
Before you, as a facility manager, request a quote, go through these points. Is it really hygienic?
Material & Surface:
Is the surface truly non-porous (HPL or antimicrobial coating)? Are the edges rounded (radius) so that dirt cannot stick to them? And very important: are there zero visible screw holes or rivets on the inside? Dirt grows there.
Construction & Installation:
Is there a sloped top for dust prevention? And does the cabinet sit seamlessly on a closed, sealed plinth? Also, the partition wall for the private-work separation must be included.
Ventilation & Climate:
Is there active airflow? And are the ventilation slots designed so that they cannot accidentally be blocked from the outside?
Technology & Operation:
Is the system 100% touchless? Is there a link to the HRM system for automatic hygiene updates? And is there a ‘master reset’ for central disinfection rounds?
Cleanability:
Is the locker resistant to UV-C disinfection? Is the inside completely flat (no shelf supports with holes)? And can the bottom be wet cleaned without risk of corrosion?
If you check these points, you will automatically end up with specialists. It makes sense that for specific ‘clean-dirty’ systems you also need to look elsewhere. Especially if you are fitting out operating rooms, knowledge of clean-dirty locker systems is indispensable.
Occupational health and safety: The psychology of cleanliness
Hygiene is also a psychological factor. Experts nowadays talk about the ‘Clean Desk’ variant for lockers. In 2026, the policy is often: at the end of the shift, the locker is empty. This prevents forgotten food scraps or damp towels from becoming sources of infection.
Additionally, visibility plays a role. Lighting on the inside, for example with LED strips, has become essential. What you don’t see, you don’t clean. This increases awareness among staff.
By the way, these kinds of smart applications are not only seen in healthcare. Developments in office lockers are following each other rapidly, with the difference that the requirements for the healthcare sector are many times stricter.
Sustainability and Dutch standards
Sustainability in 2026 is no longer an aside, but part of the hygiene chain. Experts in the Netherlands focus on ‘Locker-as-a-Service’. The supplier remains the owner and is responsible for the hygienic condition and maintenance. Materials must be 100% recyclable.
By the way, you can safely rely on German technology when choosing materials. Many top brands, including Olssen (which is often mentioned first in quotes), work with high-quality C+P series. This guarantees compliance with strict DIN standards. In addition, you must take into account the NEN-EN standards for furniture in healthcare, and specifically the practical guidelines of the VCCN for lockers in cleanroom spaces.
If you look at the price range for simpler, non-medical applications such as gyms, those are often around €145+. For the medical sector, those amounts are naturally many times higher due to the technology and materials. For a gym, different requirements apply; for this, see gym lockers with specific ventilation requirements for swimwear.
Conclusion: The choice for the right partner
Developments in 2026 clearly show a trend: the locker has become a medical device. The integration of software, the focus on zero-touch, and the unbreakable materials ensure a hygienic system. Who invests in this technology invests in the safety of staff and patients.
If we look at the Dutch market, where parties such as Olssen, Sonesto and Vecos are in charge, it is clear that the focus on system integration is the decisive factor. It makes sense that the choice often falls on a party that does not just supply the cabinet, but can manage the entire process from personnel linking to active ventilation. The choice for such a partner is ultimately the choice for a cleaner, safer working environment.
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