REMAN, REBUIL D, REPL ACE
While they may sound similar, there is a
notable diff erence between remanufactured
and rebuilt components.
The Motor & Equipment Remanufacturers’
Association (MERA) defines remanufacturing,
» In post assembly,
the cores are ready
for painting and
packaging, as well
as branding.
Photo courtesy of Haldex
Brake Systems
48 Fleet Maintenance | November/December 2017
or reman, as: “A standardized industrial
process by which previously sold, worn
or non-functional products are returned to
same-as-new or better condition and performance.
The process incorporates technical
specifications, including engineering quality
and testing standards, to field fully warranted
products.”
A remanufactured component is very
diff erent than a rebuilt component. A rebuilt
component isn’t held to the same standard
and processes as the remanufactured component.
Rebuilt units tend to have a higher
number of used components compared to
remanufactured units, which incorporate
more new components.
A reputable remanufacturing company
ensures the disassembling, cleaning and replacing
of parts, as well as the test and inspection
procedures, are all held to a very high standard
by replacing all wearable components.
Quality
Th e remanufacturing process is a very thorough
and in-depth practice. Initially, the
cores come in and are dissembled, cleaned,
machined and rigorously inspected. All reused
components must stand on their own merit for
reuse. In some cases, a remanufacturer will
reengineer failure modes out of products when
failures reoccur in the cores; thus, creating a
higher quality product.
Cost
On average, remanufactured components lower
the acquisition cost of components to the fl eet
by 30 to 50 percent, compared to similar new
products. Th is decreases the cost per mile for
fl eets. In addition, the remanufactured warranty
is the same or equivalent to warranty on
most new products.
Sustainable practices
Global warming is a continued focus of concern
for many. Remanufactured products are an
important part of recycling. Remanufacturing
can help reduce air pollution, save energy, limit
the use of natural resources and help reduce
the number of components that go to landfi lls.
Fleets who are using remanufactured parts
reduce the consumption of natural resources,
energy and the emission of greenhouse gases.
Making the decision
Fleet customers who want service life, warranty
support and performance in their components
at a lower cost should consider choosing
quality remanufactured products.
When fl eets opt to purchase and use remanufactured
components, it is important to look
for reputable remanufacture companies that
follow OEM specifi cations and have a well-defi
ned remanufacturing process in place.
Th e adoption of high standards and policies
assists in effi ciency and a consistent, durable
product.
Why remanufactured components
make good business sense
Many fl eets choose remanufactured products due to
their quality, cost and lower impact on the environment.
By Tim Shaw
REMANUFACTURED NATIONAL SALES AND PRODUCT
MANAGER, HALDEX BRAKE PRODUCTS
The company (www.haldex.com) provides innovative
brake solutions to the global commercial vehicle industry,
with a focus on enhanced safety, environment and vehicle
dynamics. Shaw has more than 25 years of heavy duty
industry experience with Haldex in product management,
sales and technical services.
» Cores arrive used and uncleaned, before
the remanufacturing process begins.
Photo courtesy of Haldex Brake Systems
/www.haldex.com