Ambulance
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Focus on Europe’s fastest-growing ambulance builder<br />
St.John’s and the famous Hong Kong Hockey<br />
club. In terms of ambulance we have a<br />
100% market-share. We’re also selling well<br />
to China… about 400 units per year, in<br />
cooperation with a local manufacturer. It’s a<br />
mix of Mercedes and Vito chassis on mainly<br />
box bodies,” Franz explained.<br />
The next stop was in the Design Unit.<br />
Staffed by a group of four designers and<br />
business development managers this hectic<br />
office space is the technological nervecentre<br />
of Baus. Filled with display boards<br />
with draughtsman’s drawings it’s a case study<br />
in organised chaos. Every work surface is<br />
dominated by large computer screens and<br />
crammed with files and diagrams and every<br />
shelf is stacked with random components,<br />
such as light-boards, computer boards and<br />
even distributor caps.<br />
It is here that the design team develops<br />
the bespoke designs for each ambulance<br />
order. Baus don’t work on a ‘one-size-fitsall’<br />
business model, instead preferring to<br />
work closely with each customer so that<br />
the specification for every order precisely<br />
meets their individual needs. So even though<br />
the rudiments of the general design and<br />
build process may have large elements in<br />
common, every order will have a number<br />
of features that make it unique; whether the<br />
order is for 10 or 100 units, for a straightforward<br />
emergency care ambulance or<br />
for a complex High Dependency Unit;<br />
there may be different seating, alternative<br />
interior layouts in the patient treatment<br />
compartment, a different lifting system or<br />
a customised trolley-loading system. But as<br />
Business Development Director Robert<br />
Piotr Królikowski, explained to me: “We focus<br />
on each customer’s specific needs and then<br />
help them incorporate the latest technical<br />
innovations.” With eight years experience at<br />
Baus nothing fazes Robert. “We stay in touch<br />
with market trends in build and design and<br />
learn as much as possible about how the<br />
vehicles we build are going to be used. The<br />
more you understand their front-end use,<br />
the better you can meet the needs of your<br />
customers,” he explained. “So, for example,<br />
while we typically recommend either Sarco<br />
or Whelen light-bar fittings, we’ll look at<br />
other suppliers if the customer has a need or<br />
a preference for them.”<br />
Sat across from Robert were Project<br />
Manager, Marek Sylwestrowicz, who has<br />
been with the company 11 years and,<br />
beside him, Agnieszka Mazur, also a Project<br />
Manager who, due to her bilingual capabilities<br />
including French, is responsible for Baus’s<br />
growing presence in the French EMS<br />
market. Agnieszka is responsible for working<br />
with their French distribution partner and<br />
monitors all their builds.<br />
After the relative quiet of the Design Unit<br />
we walked into the first main build area.<br />
One production worker, Marcin, has been<br />
a tool-turner for as long as Franz Baus has<br />
been involved in ambulance-building – thirty<br />
years. Based in the busy Mounting Room,<br />
he is one of the engineers responsible<br />
for hand-crafting the numerous small but<br />
vital engine parts which form the essential<br />
bone structure of each Baus ambulance.<br />
When I caught up with him he was focusing<br />
intensely on turning an unrecognisable joint<br />
he was smoothing down for the main plinth<br />
of what I later learnt would become the<br />
main suspension supports for one of Baus’s<br />
in-house-designed under-carriages - that<br />
invisible part which support the seats in<br />
the ambulance’s driver compartment. As I<br />
looked down, I asked Marcin what he was<br />
making? “It’s a small but difficult part,” he<br />
replied. Adding with a serious look: “Each<br />
of these parts has to be crafted to within a<br />
milimetre… sometimes even more precisely.”<br />
I squinted in even closer, still trying to<br />
recognize the precise thing he was making.<br />
Sensing my lack of mechanical knowledge,<br />
he added, as if by way of further explanation.<br />
“It may appear to fit well at a glance but<br />
you have to inspect it closely. If it doesn’t fit<br />
perfectly, that’s when you get the wear-andtear…<br />
But here we build them to last.”<br />
Also guiding me around the plant was Franz’s<br />
son, Uwe. Aged just 35, it’s Operations<br />
Manager Uwe’s responsibility to know each<br />
of the company’s 200 + staff on first-name<br />
terms, exactly what their individual work<br />
manifest requires of them on a given shift<br />
and which part of each customer’s order<br />
they are charged with fulfilling that day. To<br />
achieve this daunting task he must possess an<br />
intimate knowledge of every single part of<br />
the design and build process for every one<br />
of the 800 + vehicles that rolls out of the<br />
plant each year. Despite his experience of<br />
the whole build process Uwe takes nothing<br />
for granted and consequently has nothing<br />
but admiration for Marcin and his teammates.<br />
As he explained to me: “In every ambulance<br />
we build there can be between one-to-twothousand<br />
small but essential parts, most<br />
of which are built from scratch in-house.”<br />
It’s this kind of attention to detail which<br />
marks Baus out from all other European<br />
ambulance builders. Working away next to<br />
Marcin another colleague was machining the<br />
supports that keep the gas cylinder holders<br />
in place to ensure maximum safety and,<br />
of course, total compliance with the rigid<br />
EC CEN regulations which all European<br />
ambulance builders must meet in order to<br />
make their vehicles road-worthy.<br />
Most of the Baus facility is taken up by<br />
dedicated manufacturing areas: mounting<br />
rooms, fixation rooms, furniture shop,<br />
electrical area, metal-working rooms and<br />
a huge stock management area. It’s all laid<br />
out in such a way that as you pass through<br />
each area, spread over two facing sites,<br />
you gradually get a picture of how each<br />
ambulance unit evolves. In some areas you<br />
might see a bare chassis stood next to a<br />
work-bench with a large sheet of heavy<br />
metal laid out on top and random holes<br />
drilled up and down it. Then you walk<br />
through to the next unit and see an almost<br />
identical scenario - but this time electrical<br />
engineer, Karol Pierukki, 26, is patiently<br />
threading many different-coloured lines of<br />
electrical wiring through each hole and you<br />
realize you are seeing both the inner vehicle<br />
wall and its electrical circuitry system take<br />
shape.<br />
Next we moved on to the Fixation Room<br />
where much of the stainless steel work is<br />
done – everything from the outer-skins of<br />
the ambulance body down to variouslysized<br />
brackets which hold them together<br />
are cut here. Huge and spacious it was<br />
filled with vast pallets of different grades of<br />
steel and pipes of all lengths and diameters.<br />
With its high ceiling, the high-pitched whine<br />
of a ferocious looking computer-operated<br />
cutting machines echoed off its walls; amid<br />
all the din and noise I was waved over in<br />
the most friendly of fashions by Lukas Rata<br />
60 Spring 2016 | <strong>Ambulance</strong>today