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Why We're The
Best
Most consumers are looking for
products that perform extremely well at a very low cost. That was the
design criteria used for the XLT ovens. By using fewer components of a
higher quality, XLT ovens out-perform most other ovens, in terms such of
initial purchase price, performance, and durability.
Standard
Features
The XLT ovens have all of the same basic
features found in other popular designs, including:
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Front-loading sandwich
window |
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Stainless Steel front,
sides, and top. (We actually have inside, outside, front, back, top,
and bottom stainless steel) |
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Digital microprocessor
controlled bake time and temperature |
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Adjustable air jet
fingers |
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The finest air
impingement process delivers consistent heat to the chamber |
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Reversible conveyor
direction |
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Customer-specific
adjustable jet fingers that allow control of heat delivery |
Enhanced Features
The XLT design has additional features
that make it superior to all other ovens on the market.
Standard Parts
Most manufacturers will use special
motors, valves, or controls. When you need parts and/or service, there is
only one place to get them, and that is the original manufacturer of the
appliance.
We use standard, off-the-shelf
components that are available from industrial suppliers such as Grainger.
We still use parts made by GE, Honeywell, and other top brands, but at
a fraction of the cost because they are standard not custom.
Stainless
Steel
The US Commerce Department defines a
"Durable Good" as a manufactured item, such as a car or an
appliance that typically lasts at least 3 years. The Pizza industry is
approximately 40 years old and has used conveyor ovens only in the last 20
years. There are many pizza chains that use rebuilt ovens. We have seen
Middleby Marshall and Lincoln ovens that have rust and cracks. In the very
near future, these ovens will be in the scrap yard, their value reduced to
almost nothing. The XLT oven bake chamber is 100% Stainless Steel. These
ovens should last many times longer and be worth more money than ovens
that rust and crack.
Stainless
Steel vs. Aluminized Steel
Aluminized steel is similar to galvanized
steel. Both are carbon steel sheets that have a thin layer of either
aluminum or zinc applied to the surface to protect against rust. Most
other oven manufacturers use aluminized steel for the interior and back of
their ovens. This is less expensive, but not nearly as durable. Most oven
cleaners contain a caustic solution that will literally dissolve the soft
aluminum coating quickly. Also, scrapers or brushes will remove the thin
layer of aluminum. Once this aluminum coating is gone, then rust (cancer)
will form and the value and performance of the oven will diminish.
XLT bake chambers, fronts,
control boxes, and fingers are constructed of 100% stainless steel. The
backs and conveyors are constructed of about 99% stainless steel. This
material will not succumb to oven cleaners, brushes, or scrapers.
Stainless steel can be made to look like new even after many years of
service and cleaning.
Once any "durable
good" starts rusting, its value becomes questionable. XLT ovens are
designed and built to out-last and out-perform all other ovens on the
market. XLT ovens are worth more in the long term at a fraction of the
price.
Bearings
We have rebuilt hundreds of Lincoln and
Middleby Marshall ovens. The conveyor bearings we have seen are 1/2",
5/8", or 3/4" in diameter. Of the 1/2" bearings, we have seen
about a 90% failure rate. The 5/8" bearings experience about a 50%
failure rate. We have not seen a failure yet on a 3/4" bearing.
XLT ovens use 3/4"
diameter bearings on the conveyor shafts. Clearly these will out-last and
out-perform other oven designs. They will require less maintenance and
will have less downtime. XLT ovens are worth more in the long term at a
fraction of the price.
Fuses
Fuses protect components. Airplanes and
other high quality goods are designed so that a failure of one component
will not disable another component. For example, if a motor "shorts
out", it could damage the control that is driving it if there is not
a fuse between them. We have seen many ovens that either don't have
fuses in the proper place, or they are buried inside the control boxes.
All of our fuses are panel mounted. This means that anyone can replace a
fuse, not just qualified service companies that have been known to charge
as much as $150 for a service call. Our fuses are available at Radio Shack
for less than $1.
Clean-ability
The entire front panel comes off in
seconds with just 4 stainless steel knobs, no tools required. The fingers
come out the front even faster. And since we use 100% Stainless Steel, you
can use more aggressive oven cleaners to shorten the cleaning time
involved.
Efficiency
The US national average cost for
electricity is 8.3 cents per kilowatt-hour (KWh). A Watt is a measure of
electrical power and equals volts times amps. A watt-hour is the number of
watts used per hour. For example, if you used ten, 100-watt light bulbs
for 1 hour, you used 1000 watts for 1 hour or 1 KWh. The comparison below
shows the difference between the Middleby 555 oven and the XLT-3255 oven.
We assumed a 12-hour day, and a 360-day year.
The XLT oven uses 1/4 of the
amount of electricity that the Middleby uses. Or, stated another way, it
is 400% more efficient. Currently, the annual savings is $774.49. As
electricity rates continue to increase, it is conceivable that annual
savings will approach $1000 per year. After 10 years, the savings alone
could pay for your XLT ovens.
Maintenance
XLT ovens have no grease fittings that
need regular service nor fan belts that can break putting you out of
business until service arrives or can stretch, causing poor performance
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