Throughout DDC's Value-Based Procurement series, the focus has been on helping NHS organisations make procurement decisions that deliver lasting value. Rather than selecting equipment based solely on purchase price, Value-Based Procurement encourages decision-makers to consider how medical technology contributes to patient outcomes, operational efficiency, sustainability and long-term costs.
Previous articles have explored topics including whole-life cost, procurement best practice, sustainability and sluice room planning. The next step is understanding how these principles translate into day-to-day clinical practice.
One example is the increasing adoption of hands-free technology within the dirty utility room. While features such as automatic lid opening and contactless operation may appear to offer convenience, they can also support infection prevention, improve staff safety and contribute to more efficient clinical workflows.
These are precisely the types of outcomes NHS organisations are encouraged to consider when applying Value-Based Procurement principles.
Dirty utility rooms are among the highest-risk areas within a healthcare environment. Every day, healthcare professionals handle reusable bedpans, urine bottles and washbowls that require validated cleaning and thermal disinfection before being returned to service.
Although washer disinfectors play a vital role in this process, staff still interact with equipment throughout each cleaning cycle.
Opening lids, closing machines and using control panels all create touchpoints that are repeated many times throughout the day. While each interaction may seem minor, collectively they increase opportunities for cross-contamination and unnecessary contact with contaminated equipment.
For Infection Prevention and Control (IPC) teams, reducing these touchpoints is an important part of supporting safer clinical environments.
Modern bedpan washer disinfectors are designed to do more than provide effective cleaning and thermal disinfection. Many now incorporate hands-free technologies that reduce manual interaction throughout the decontamination process.
Once a disinfection cycle has finished, the lid opens automatically, allowing staff to unload reusable items without touching the machine immediately after the cycle. By reducing contact with frequently touched surfaces, automatic lid opening helps minimise unnecessary touchpoints and supports infection prevention practices within the dirty utility room.
After reusable items have been loaded, the lid closes automatically, removing the need for manual handling before the cycle begins. This reduces unnecessary contact with the machine while creating a smoother, more efficient workflow for healthcare staff.
Depending on the washer model, hands-free sensors can be used for different functions throughout the decontamination process. For example, hand sensors may be used to activate the lid opening, while foot sensors can be used to operate other functions without requiring hand contact.
These technologies help reduce physical contact with the equipment, particularly when staff are handling contaminated items, while supporting a more hygienic and efficient workflow. The specific operation and sensor configuration will vary between bedpan washer models.
Validated automated cleaning and thermal disinfection cycles help ensure every reusable item is processed consistently, supporting compliance with infection prevention protocols while reducing reliance on manual cleaning methods.
Infection prevention is not only about protecting patients. It also involves creating safer working environments for healthcare professionals.
Hands-free technology can help reduce:
These improvements support staff wellbeing while helping maintain consistent infection prevention standards across healthcare facilities.
Value-Based Procurement considers how equipment contributes to the overall performance of a healthcare organisation.
Hands-free technology supports this by helping clinical teams work more efficiently.
Potential benefits include:
Although each individual time saving may be small, the cumulative impact across hundreds of cleaning cycles every week can make a meaningful difference to ward efficiency.
When evaluating bedpan washers, it can be easy to compare cycle times, capacity or purchase price alone.
However, Value-Based Procurement encourages organisations to consider the wider impact that equipment has throughout its working life.
Features such as hands-free operation contribute to value by supporting:
These wider benefits help demonstrate how equipment selection can support both clinical priorities and organisational objectives.
As healthcare environments continue to evolve, infection prevention remains one of the NHS's highest priorities.
Modern bedpan washer disinfectors have developed beyond simply cleaning reusable items. By reducing unnecessary touchpoints through features such as automatic lid opening, automatic lid closing and contactless operation, they support safer workflows while contributing to more efficient dirty utility room practices.
When viewed through the principles of Value-Based Procurement, these features become more than technical specifications. They represent practical improvements that help healthcare organisations deliver safer care, protect staff and achieve better long-term value from their investment.
This article forms part of DDC's Value-Based Procurement series, exploring how healthcare organisations can maximise long-term value from medical technology investments.
Discover more articles exploring how Value-Based Procurement can help healthcare organisations maximise long-term value from medical technology investments.