Copyright ©2000 Medical Distribution Solutions Inc.
When it comes to new technology, purchase prices hide
real cost.
TAMPA, FL -- There's no doubt about it. Hospitals have a
thing about new technology.
Clinicians love it (although they may be giving it a more
discerning eye than they did, say, 10 years ago). But those in administration,
finance and materials management don't. When they see new technology, they see
dollar signs, where ‘cost’ equals ‘acquisition price.’ And, truth be
told, many - perhaps most - new technologies do indeed cost more than those they
are replacing.
But there's a lot more to cost than acquisition price, says
Nancy Reaven, president of La Canada, CA-based Strategic Health Resources, who
gave a presentation at the 38th Annual Conference and Exhibition of the
Association of Healthcare Resource and Materials Management on ‘Proving the
Value of New Technology.’ Reaven's presentation was sponsored by IMDA, the
Mission, KS-based association of specialty sales and marketing dealers.
Reaven's company helps makers and buyers of new technology
make their case regard-ing the value of new technology. Both camps need to do it
today more than ever, for the following reasons:
To muddy the picture even more, purchasing decision-making
in hospitals is complex. Layers of stakeholders with sometimes contradictory
interests are charged with making important technology decisions. Clinicians may
promote technology regardless of its cost, while department administrators and
purchasing people may take a very narrow financial view of it.
But rather than dismiss new technologies out of hand or buy
them without careful consideration, hospitals need to manage their acquisition
of new technology. Reaven calls it ‘innovation management,’ or using
information to be proactive about technology decisions instead of reactive and
defensive.
Manufacturers and others have routinely tried to examine
the financial impact of their devices. But while these studies are useful,
they're of limited value in terms of understanding the projected bottom-line
impact of technology on hospital margins, says Reaven. There are more practical
ways of doing so.
But before hospitals examine these methods, they need to
answer some fundamental questions:
Having answered these questions, hospitals need to
understand the impact of technology on their operating margins. And that depends
on a number of variables, including:
Payer Mix - What percentage of the facility's
patients are Medicare, Medicaid, commercial, HMO, PPO, indemnity? All these
factors will affect the profitability of a procedure.
Reimbursement - Simply put, billed charges allow the
provider to generate revenue from new technologies, while DRGs and other
fixed-payment systems do not.
The cost/service structure of the hospital - Will
the device be used primarily in inpatient or outpatient settings? What effect
will that have on reimbursement? (For example, with the implementation of
prospective payment for hospital out-patient procedures, the cost of technology
will be folded into the ambulatory payment classification groups, or APCs, which
is the outpatient equivalent to DRGs.)
Patient Population - What is the size, age/gender
mix and expected disease burden of the target population? Taking this
information into consideration, providers need to focus on evaluating
technologies that will affect the majority of their patients. Having considered
all these variables, the facility has to consider the impact of the technology
on each of the following:
Admissions.
Length of stay - (Many hospitals assume that
reducing length of stay is a good thing. But if managed care contracts reimburse
facilities on a per diem basis, shorter isn't necessarily better.)
Per-procedure direct cost.
Unit operating costs.
Efficiencies within the hospital that the technology may
bring about. (For example, if a technology helps reduce the length of a
procedure, can the hospital bring in more patients and hence, more revenue?)
Complications or errors.
Reaven's models - called ‘Evidence of Value™’ Models
- take into consideration all of these factors to determine the financial bottom
line of new technologies for a hospital. She demonstrated for the materials
managers how it works by citing a study her company did on vascular sealing
devices used on cardiac cath patients in recovery.
Conventional recovery calls for manual compression of the
femoral artery following cardiac catheterization. Although the procedure is
effective, it calls for the patient to remain immobile for several hours. From a
clinical point of view, the new devices are just as effective as the
conventional manual technique. So, the real question for the hospital to answer
is this: Do the benefits justify the cost of the devices, which typically cost a
few hundred dollars?
After analyzing work flow, labor and supply costs, Reaven
found that the new device would indeed add expenses to the hospital's bottom
line on a per-case basis (although somewhat less on diagnostic catheterizations
than the acquisition price of the device, and even less on interventional
procedures - because the device requires fewer supplies and less nursing labor).
But by using the device, the hospital could discharge patients in 3.5 hours as
opposed to six to 10 hours using the manual technique.
The bottom line for the hospital is this: If it could
convert that time difference into more cases, the device would be a financial
winner. If not, the device would not be a cost-saver (although conducting the
kinds of studies that Reaven suggests would at the very least give the hospital
a very good idea of what to budget for the new device).
Can hospitals perform these kinds of analyses? Actually,
the data that Reaven collects is relatively easy to get, she says. All hospitals
have it.
But even if they don't do formal analyses, providers should
keep in mind that acquisition price is far from the whole story. And their
suppliers should remind them of that fact frequently.
Copyright ©2000 Medical Distribution Solutions Inc.
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