All in the definition December 1st 2009 Automation projects like Procter &
Gamble's Manchester distribution centre
stand out, but not all go to plan. This
makes definition key as Pieter Feenstra,
MD of Swisslog UK explains
IIt is important to understand which factors define successful
automation projects because surprisingly many are not
related to the quality of the facility or its supplier but rather
the products handled in the facility or the processes of its end
user. If the factors described in this article are considered before,
during and after a project realisation, success will not be
coincidental but as a result of good planning.
System design
A design usually costs just 1-2% of a total project value, yet
without a thorough design phase a successful project is
unpredictable and capital investment may be much higher than
required. Specific attention should to be given to data analysis
and growth scenarios. Often companies are clear regarding
growth in revenue and sometimes even volumes, but rarely in
number of articles (SKUs), orders and order lines. These last
factors however are very important when evaluating different
concepts. If detailed growth scenarios are not available or
predictable, a concept must not be heavily dependant on them.
The supplier,equipment and controls
It goes without saying that the quality of supplier, the supplied
equipment and the integration and controls of equipment are
crucial to a successful project. Selected partners must be able to
show a proven track record in the design and realisation of
automated projects.
The most important factor of a project realisation is the
facility's overall controls, starting with the machine controls
through a layer of subsystem controls to the overall warehouse
management system and visualisation system. It is important to
recognise that the integration of various control components
within an automated facility is often even more challenging than
the mechanical or electrical parts.
Products to be handled in the facility
Often automation has specific requirements relating to the
products handled in the facility and it is critical that these are
met. The requirements often deal with pallet quality, load quality
and sometimes carton quality.
Good systems check pallets and their loads before they enter
the automated handling elements to prevent pallets getting stuck
and causing downtime. The majority of rejects are due to broken
pallets (caused by manual handling), loads that are out of
tolerance (for example, by having travelled a long distance in a
truck) or loose foil wrap. Even if loads are rejected without
causing system downtime, they still require time (money) to be
corrected or adjusted. Nowadays systems are implemented to
prevent repair work by checking pallets before palletising
products (especially in the food and beverage industry) and
automatically correcting loads or exchanging pallets.
Change management
The transition of handing the realised project over to the end
user is a crucial yet often underestimated stage. Effective change
management is essential: equipment can work perfectly but if the
organisation cannot or resists getting the maximum out of it, the
overall project will fail. This stage requires effective change
management. The customer will need to re-assess their
organisation and question aspects such as whether the system
will be accepted by staff, whether they have the right
organisational setup, whether other resources are needed, how
the transition process should be managed, who the process
owners are and what standard operating procedures are needed.
Support
Once fully operational, a facility still needs effective maintenance
and support; equipment needs preventative and corrective
maintenance and the controls components need regular checkups
and support.
In conclusion, an automated warehouse or distribution centre
has many financial and/or qualitative advantages and really can
drive bottom line results. It is vital to review these success factors
and ensure they are properly addressed to provide an even better
financial result and working environment. More articles from Swisslog (UK) Ltd.: |