conveying line for 5-6 minutes to the icing station. “We
ice the cake at 180 degrees Fahrenheit and the temperature
of the cake helps melt the icing,” McRee says.
When asked how B.C. Bundt was able to remove the cakes
from the pan at such a high temperature without cracking
the cake, McRee replied., “The answer lies in our
depositing system.”
Although Bundt originally produced its own cake icing,
it found this to be a labor intensive effort prone to inconsistencies.
“We asked ingredient suppliers to provide us with
ready-to-use and freeze and thaw icing that we
could purchase in bulk,” Hokes says. Bundt now uses
such icing as another way to insure the consistency of its
ring cakes.
From the icing station, the cake moves around the ambient
cooling lines before being conveyed to the packaging line.
“This is an area that we designed to meet our needs
and not anyone else’s.” Hokes says.
There is nothing left to change on the production side
of the business. “We are very conscious of how long
it takes to cycle the system,” McRee says. For example,
it takes 12 minutes from the time the pan leaves the tunnel
oven, the cake is removed, the pan is washed, and the pan
is greased for another set-up.
“Our oven is not bigger because our makeup line couldn’t
handle more,” Hokes says. He adds that efficiencies
in equipment also lead to efficiencies in staffing. “Nine
to ten people a shift is ideal for our plant,” he
adds. There are no large holding freezers at Taylor because
the plant wants to keep turnover to daily output.
Automation and quality control go hand-in-hand at Taylor.
“Every one of our operators is a quality specialist
because they can stop the line for a quality control problem,”
Terry Conrad, director of sanitation and quality control,
says.
Current and future challenges
Even as B.C. Bundt prepares to build a new facility in
Salt Lake City, it faces an enviable problem and an industry-wide
challenge. “We have a major customer on the West Coast
who will take up to 50 to 60% of our new capacity, but then
where do we go?” McRee says. He expects growth to
come from existing customers, rather than from new ones.
On the challenge side, B.C. Bundt finds that there is not
enough talent to run the equipment. “We are struggling
with attracting, training, and keeping qualified personnel,
“Hokes says. And this is not a new problem.
For the past three years, the company has focused its resources
on this problem. “We’ve increased our production
employee wages and benefits cost nearly 60%,” Hokes
notes. He adds that the company offers bonuses to plant
managers and supervisors, improved employee health benefits,
and still finds a lack of talent.
To compensate for this talent-drain, Hokes hopes to improve
the infrastructure through automation. “We’re
installing automation equipment at Birmingham that will
eventually be in all of our operations to help our operators
do a better job,” Hokes says. This includes distributed
control systems, touch-screen operations, and smart transmitters.
Even as B.C. Bundt strives for consistency throughout its
operations, it is constantly asking questions about future
growth. Should it expand outside the U.S.? Should it borrow
money to grow more rapidly? What type of equipment can it
design and install to increase operator productivity?
How can it maximize its manufacturing operations through
automation? McRee and Hokes don’t have the answers
to all these questions, but in asking them it hopes to raise
the standards for productivity, quality and consistence
at B.C. Bundt.
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