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Flo-Tech: Expanding Options
By Miki Fairley Robert Brown, CPO, FAAOP, went to an
amputee's home, in 1993, to cast and measure a patient for a
preparatory prosthesis. As hospitals usually did then, the hospital
had sent the patient home with practically no limb protection.
Brown found him sitting on the floor to go up a flight of stairs.
The patient had fallen and injured his residual limb sometime
earlier.
Brown then made the Flo-Tech® postoperative prosthetic limb
protector. Later the patient said, "I should sue the hospital."
When Brown asked why, he answered, "They should have sent me home
with this in the first place." Brown told him that he was the first
person to have this, and the patient joked, "Well, then, you should
name it after me."
Brown and his wife Kathy founded Flo-Tech O&P Systems,
Trumansburg, New York, in 1987, when they realized Brown was
constantly using his uniquely designed prosthetic and orthotic
systems for patients.
Like other immediate and early postoperative prostheses (IPOPS and
EPOPs), Flo-Tech's devices protect the limb and the surgical wound,
help control edema, and promote healing. Since they are easily
removable, there is always access to the wound. The devices are
much easier to don and doff than a plaster cast.
Flo-Tech provides a wide variety of prefabricated options and is
working on adding more different shapes and sizes to accommodate
more needs, said Brown. Flo-Tech's APOPPSTM (an acronym
for "Adjustable Postoperative, Protective and Preparatory System)
is available for transtibial amputees, and a transfemoral version,
the APOPPS-TFTM, also is offered.
"We can do anything custom," Brown adds. This includes custom
sockets for Symes, knee disarticulation, upper-limb, and also
jointed systems and sockets with shuttle lock suspension. The
company is working on expanding options for these in prefab
versions as well, and offers 24-hour delivery in most cases, Brown
said.
APOPPS Advantages
The APOPPs offers advantages over plaster casts in
that the devices are faster to apply and produce consistent
results. For instance, Brown remembers that when he was doing
plaster casts in a hospital, situations would arise when the
patient woke up and inadvertently distorted the cast. The nurse or
other assistant sometimes wouldn't be strong enough to keep the
patient's leg up, and the cast would flatten as the leg was
lowered. However, prefab systems always keep the same shape.
A plaster cast generally tapers down distally, but the APOPPS is
more cylindrical and thus better prevents damage to the limb in
case of falls, Brown noted. There have even been patients weighing
300 lbs or more who have suffered falls with no damage to the
residual limb.
The APOPPS system saves the prosthetist considerable time. "It
takes only about five to 15 minutes to put on our system," Brown
points out, "whereas a plaster cast can take up to an hour. Also,
the prosthetist doesn't have to wait around in the operating room;
he can fit it later in the recovery room or the patient's
room."
Pressure force location is another factor. "Distal
anterior-posterior pressure is what tends to cause the suture line
to split, but with our system, about 85 percent of the pressure is
from the medial-lateral area," Brown adds.
The APOPPS is easy to don and doff. "The APOPPS opens up like a
clam shell," Brown explains. To close it, "One strap, two soft
neoprene bands-and you're done!" After being shown how to use the
APOPPS, an amputee with diabetic neuropathy in his fingers was able
to easily don the system on his first attempt, Brown said.
The APOPPS is made of polypropylene, but is very versatile as to
other interfaces. Patients can use Ace wraps, shrinkers, prosthetic
socks, or other interfaces such as gel liners.
Sees Demand Growing
Brown believes that the demand for postoperative protective
systems will grow, since he notes that about six out of every ten
amputees suffer injuries to their residual limbs (ranging from
minor wound separation to major impact damage, causing additional
hospital stays and even surgeries. "I can see in the future
Medicare and insurers demanding that patients be fit with these
protective devices. I can see hospitals wanting help from
professionals to have stock available and be able to fit them on a
moment's notice."
For more information about Flo-Tech, visit www.1800flo-tech.com


Table Of Contents - April 2005
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Focus on IPOPs, EPOPs: Does Early Mobility Benefit Amputees?
“Although amputations have been performed for centuries as a lifesaving procedure, the current protocols for care of the
person undergoing this life-altering surgical procedure, in some cases, may not reflect the complete and active lifestyle in
which the amputee can now engage."
Feature
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Kiwi: An RRD Innovation
Feature
- Exclusively Online
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Flo-Tech: Expanding Options
Feature
- Exclusively Online
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A New Paradigm of Postoperative Amputation Care
Feature
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OA Knee Bracing Relieves Pain, Reduces Medication Need
Feature
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Soldier Gets New Prosthetic Design
Josh Olson can never forget the date of October 27, 2003. The young soldier on duty in Iraq was hit by a rocket-propelled grenade and lost his entire leg. An infantry squad leader, Olson knew immediately that the leg was gone, but says, “I was just happy to be alive!”
Cutting Edge
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Online Education Technology: What We Have, What We Need
Education Outlook
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Independent Networks: Leveling the Playing Field
Leading EDGE
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O&P Aids Animals
Creature Care
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Saddam's Palace Basement Becomes O&P Lab
Global View
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Gary Horton's Goal: Providing a Lifetime of Support for Patients
Industry Leader
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Got FAQs?
Got FAQs?
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US-ISPO Conference Provides Much Food for Thought
Association Spotlight
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CMS Proposes Wheelchair Codes
Association Spotlight
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Jason M. Jennings, CPO
Profile
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ACPOC/Academy Meeting Opens New Dimension
Perspective
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President's Message: Introducing The Academy Today
Viewpoints
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