PAS Integration Options
Dynamic Patient Menus
Every patient will be able to enjoy a smooth, personal and accurate order taking experience; enhanced by the interactivity of this ordering solution. With Saffron Patient Ordering, special requirements can be identified and attached to each individual patient and order, for example, the red tray identification.
Patients have the opportunity to see the dish they’d like to order, through uploaded images that can be shown on the tablet. At this point they can also be presented with the nutritional information ensuring they can make a more informed decision.
Without the need for printed menu cards, your time spent gathering orders is reduced by 50% and the financial implications are significantly reduced. The accuracy of orders is also significantly increased and ensures a more streamlined production plan in the kitchen.
The number of ‘call backs’ (meals ordered over and above because the original request wasn’t available) is due to the real time accuracy of the patient ordering solution. Also the percentage of your food wastage and labour costs are significantly reduced through the implementation of efficiency and accuracy measures.
The use of Saffron electronic bedside ordering ensures a more interactive and sociable order taking process.
Your patients will only be presented with the appropriate options for their dietary requirements.
Nutritional analysis can be presented next to each recipe to give your patients more informed choices.
With more accurate orders being taken, the need for over-production is significantly reduced.
Reflect your own branding through the
use of logos & themes.
Real time accurate information with full audit trail.
“The utilisation of Saffron has enabled instant viewing of operational activity; this in turn facilitates the swift interaction to resolve challenges proactively. The speed and accuracy of access we have to data is one of the key benefits we have found from Saffron. Saffron has enabled us to consolidate the processes and reporting system we…Read More