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Research from other organizations point to the valuable contributions that digital imaging has made in the field of breast cancer diagnosis and treatment. Because mammograms are so much in demand, it is important that the ASC offer the best possible service to these patients. The speed of the digital mammogram recommends itself to the patient. Additionally the capability of manipulating the digital image of a mammogram electronically is very useful for radiologists, physicians, and surgeons. A digital mammogram is much better than the film mammograms currently in use because the digital imaging system utilizes an exceptional detector that captures and converts the x-ray energy into a digital image. There are obvious advantages to offering digital mammography at the ASC, not the least of which is patient and employee expediency. There is not film that needs to be developed. This means the radiologist or technician doing the imaging can appraise the quality and usability of the image immediately. The patient and the technician will not need as much time for the examination. Also, because the technician can check the images as they are taken there will not be a need for repeating the procedure at another time as happens so often when film images are over-exposed (URMC, 2013). From a patient point-of-view, the fact that they will not need to twist themselves into awkward and even painful positions for x-rays will appreciate how much faster the digital imaging is compared to film. Once the mammogram is ready to view, the technician can change the setting for brightness, contrast, or darkness as well as zoom in or magnify specific areas in the image. This allows for a high quality and refined appraisal of the tissue under examination. Experts praise the way in which they can manipulate the contrast feature of a digital image in mammograms because this aspect of the image is vital to readings that reveal dense tissue. The problem with film mammograms is that malignant cells and dense tissue both look white on a film mammogram. Other advantages of digital imaging noted were that the images can be stored and retrieved easily, they can be transmitted between doctors quickly and easily, and they can be used with the latest advances in software to aid in the early detection of breast cancer (URMC, 2013). The BioVision delivers instantaneous confirmation of excised breast tissue margins. A publication that points up the advantages of this digital radiology is Abdominal Imaging experts discuss the benefits of digital imaging when doing examinations of the pelvis and abdomen. In this book, the experts discuss a variety of organs and systems that benefit from being examined using digital equipment. Suggestions for imaging methods and exam protocols are explained. The book uses many excellent digital images to demonstrate how effectively a physician can differentiate between a normal scan and a scan that reveals pathologic entities (Hamm & Ros, 2013). This type of ability to render complete and accurate diagnosis in a timely manner will reduce organizational risk and increase the ASC’s compliance record.
Citation preview
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Ambulatory Service Center Pro Forma
1.0 Executive Summary
The purpose of this report is establish the need and costs to add Digital Radiology (DR)
to the Ambulatory Surgery Center (ASC). The ASC was built at a cost of $2.9 million
dollars. The report will disclose financials and operating costs. The Ambulatory Surgery
Center is a corporation that provides outpatient outpatient treatments to patients in its
targeted area.
1.1 Services
The ASC offers outpatient services to adults and children in the targeted area. These
services include consultation and outpatient procedures. A source of secondary
revenue for the Ambulatory Service Center is MRI, CAT scan, ultrasound, and other
diagnostic services provided to patients through the ASC’s ultramodern facility. The ASC
employs two radiologists who provide these services to outpatients using existing in
equipment.
1.2 Mission Statement
The Ambulatory Service Center’s mission is to provide outpatients with specialized and
general high-tech care at reasonable costs and with an eye toward compassion.
1.3 The Center
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The ASC was established 10 years ago by a physicians group with over 30 years
experience in the healthcare. This ASC achieved profit within the year of operation.
1.4 Forecasts
Ambulatory Surgery Centers (ASCs) provide same day surgery and medical care including
diagnostic care and preventative healthcare. ASCs area modern concept healthcare
locations where patients can have outpatient procedures and other procedures
performed in a professional and ultramodern facility without being admitted to a
hospital. ASCs have were introduced in the United States in the 1970s and have
expanded in number and services so that today they are looked to for their exceptional
care capacity, high quality personnel and equipment, and customer service attitude.
Medical care costs have become prohibitive for much of the population. In order to
obtain health care services and benefit from high-end technology most out-patients
travel to large hospitals and medical centers. ASCs continue to change that by providing
millions of people with an alternative to in hospital outpatient procedures.
1.5 Growth
The ASC expanded faster than had been expected and was servicing a wider market
than originally planned within the first three years.
2.0 Ambulatory Service Center Finance Summary
2.1 Registration
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Ambulatory Service Center, Inc.
2.2 Funds Needed
At this time, the Ambulatory Service Center requires $80,000.00 in order to purchase
new Digital Radiology equipment recommended.
3.0 Services
Below is a description of the services offered by the Ambulatory Service Center.
3.1 Outpatient Services
The main source of revenue for the Ambulatory Service Center is outpatient services
performed onsite. In ASCs the standard assumption is that patients stay between 6 to
10 hours onsite depending on the procedure. The ASC has three ultramodern operating
rooms plus a recovery room. The procedures currently offered include outpatient
procedures, cosmetic procedures, and emergency outpatient services. The ASC receives
payments from co-pays, Medicare, and insurance companies.
3.2 Diagnostic Services
Approximately 85% of the ASC’s current patients use private insurance, Medicare, or
Medicaid.
4.0 Economic Outlook
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There is going to be huge growth in the ASC industry. The “Value Based Purchasing”
options available via The Affordable Care Act have already been established. This plan
allows for payments to ASCs similar to those that are already popular under the
Medicare program. The report to Congress referred to need to improve payment
quality and speed for ASC services. The intention is to reward ASCs for providing “better
value, outcomes, and innovations, instead of merely volume” (Centers for Medicare &
Medicaid Services, 2013).
Because of the changes in the population that will enjoy medical care in the future, ASCs
are in position to service the demographic of out-patients who will be seeking disease
management, surgery, and other payer made decisions. The issues facing ASCs will be
complicated and ASC growth will need to be planned in order to meet the increasing
demands for ASC services.
This ASC has consistently operated at a profit. Even during periods of recession,
outpatient centers enjoy economic stability. People always need specialized diagnostic
care and cancer patients require radiation treatments continuously. Costs for providing
outpatient care is paid by insurance and healthcare systems, in the future this will
include ACA payments.
4.1 Industry Analysis
There are over 200,000 outpatient service facilities in the United States. These
outpatient facilities produce approximately $180 billion dollars in revenue annually and
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employ almost 2 million people. As the population increases so does the demand for
outpatient treatment. The predicted growth rate of outpatient care in the next two
decades is expected to grow rapidly as the baby-boomers demand treatment.
Analysis reveals three factors that traditionally define the number of outpatient
procedures performed at ASCs. Firstly, there is an acknowledged need for increased
healthcare and medical procedures on an out-patient basis. The healthcare procedures
performed relate to the population served, the protocols for screening used by a given
facility, and the advancement and availability of technology (equipment). Secondly, a
determination must be made as to whether a give procedure requires the patient be
admitted for a hospital stay or if the patient can receive treatment as an outpatient.
This is often a technologically driven decision based on the services provided by the ASC
as well as issues related to anesthesia and outpatient technology and techniques
available. Thirdly, there is a site-of-service decision to be made. This decision takes into
account the ambulatory setting, for example, the ASC, the physician’s office, or a
Hospital’s Outpatient Department.
The demand for ASCs increase based on the medical cause of the patient’s treatment.
For example, as the baby boomers age there is an increased demand for disease
management, this includes screening, diagnostics, and consultation. Cost becomes an
issue and leads to the necessity for analyzing not only the quantitative aspects of care
but also the corresponding quality of that care.
4.2 Customer Profile
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At issue is that 85% to 90% of patients will have health insurance or a medical cost
reimbursement program. The lower cost of ASC will attract patients who are paying for
their own procedures, for example cosmetic surgery procedures.
5.0 Marketing
Ambulatory Service Center conducts extensive marketing campaigns out-sourced to a
professional team.
5.1 Objectives
Continue assertive marketing campaign and maintain premier presence in public.
Advance relationships with hospitals in order to garner surplus of outpatient needs.
Advance continuing relationships with physicians and surgeons in target market.
5.2 Strategies
The marketing campaign is aimed at cosmetic surgery patients, private pay patients, and
the physicians and surgeons who refer these patients. ASC will continue to contact
physicians while simultaneously offering them literature that displays the ultramodern
equipment and highly trained staff at the Ambulatory Service Center. These literature
packets contain material about ASC’s location, hours, and accepted insurances. Print
advertisements placed in regional and local medical journals have been very successful.
The ASC website was professionally developed and is professionally maintained, it has
been a huge source of business.
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6.0 Trends
6.1 Assumptions
PubMed includes studies that address growth factors in ambulatory surgery, as well as
predicted changes in the ambulatory aspect of healthcare and private payment trends.
A study of the growth rate of ASCs reveals that between 2000 and 2007 Medicare-
certified ASCs grew at an average rate of 7.3% per year. The amount of payments from
Medicare to ASCs over the same period increased 11.4% per year (MedPAC, 2008). Of
note is that Medicare payments to hospitals for outpatient services during the same
period increased 6.9% per year (MedPAC, 2008). Demand for outpatient services has
increased and the use of the Hospital Outpatient Department (HOPD) at medical centers
and ASCs will continue to increase in the future. ASCs provide advantages over HOPDs
such as location, shorter wait times, and flexible schedules (MedPAC 2009). Co-
payments are lower at ASCs than they are at HOPDs. There are also reports that the
focused nature of care at ASCs as are Medicare program payments for services
(Chukmaitov, et. al., 2004). An important draw for patients is that ASCs provide them
access to ultramodern technology.
Based on Medicare data for the period 2000 to 2007 supplied by Medicare
Physician/Supplier Procedure Summary (PSPS) growth in outpatient services for all kinds
will continue to increase and this means updated technology will be required for ASCs,
HOPDs, and physician offices as well as other facilities that offer alternative sites for of
outpatient procedures. We conducted a comprehensive study of the growth factors for
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ASCs. The predicted growth in ASCs will mirror the movement away from hospital
inpatient surgeries to outpatient settings. ASCs need to be prepared to use disease
screening for common procedures, for example, colorectal cancer. Because these
patients will have a choice, they will be drawn to ASCs that can provide them with
improved technology, fast recovery times, pharmaceutical services, and modern ex-ray
procedures.
6.2 Sensitivity Analysis
Healthcare businesses are immune from negative changes in the economy due to the
simple fact that people will continue to get sick and require outpatient treatments.
Additionally, these treatments are often paid for by private insurance companies and
publicly funded health systems. As such, the Ambulatory Service Center should have no
issues generating top line income or receiving payments from its patient base.
It is possible that ASCs are held to even higher standards that HOPD and physician
offices because of the newness of ASCs and the remarkable growth in their facilities as
those of choice for patients. Compliance with state and national standards means on-
site surveys during which the ASC is subject to evaluation. Licensures differ according to
the state and ASCs need to be prepared for on-going re-inspections. When Medicare
patients are involved, the ASC must meet federal facility standards. There are several
accreditation organizations, the main one being The Joint Commission and the
Accreditation Association for Ambulatory Health Care (AAAHC). The reason it is so
important for an ASC to offer the best possible technology is that they are expected to
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use innovations in all aspects of outpatient care including ex-ray, anesthesia, and
outpatient techniques. The development of minimally invasive techniques, including
the technology that replaced intraocular lens is now expected. Procedures such as this
are used one million times every year to treat Medicare patients for cataracts. These
and other procedures that used to take place in hospitals are now performed at ASCs
with greater customer service and at lower costs.
6.0 Ultra Focus 100 from FAXITRON BIOPTICS, LLC
The following information has been provided by Faxitron Bioptics, Llc3440 E Britannia Dr, Suite 150Tucson, Arizona 85706 UsaToll Free: +1.877.910.0030General Inquiries: +1.520.399.8180Fax: +1.520.399.8182
This Ultra Focus 100 unit is a compact and fully shielded x-ray cabinet. The placement of
the unit in the ASC is flexible. The multiple detector sizes coupled with the wide energy
range from 10-100kV makes the Ultra Focus ideal for imaging a broad range of samples.
The 8µm focal spot and 6X geometric magnification provide 60lp/mm resolution images.
The advanced Automatic Exposure Control allows the system to select the appropriate
exposure time and kV settings for the sample automatically, with a single click of the
mouse.
No additional X-ray shielding required
No specialized X-ray knowledge needed to operate
Plugs into any standard A/C outlet
Stainless steel inner chamber designed for easy cleaning
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Laser centering guide & transparent window ensure proper sample positioning
Magnification shelf with field of view guides and automatic position detection provides for up to 6X geometric magnification with accurate measurements at any level
Single click calibration with auto object detect allows for simple, error-free calibration
One button operation with Automatic Exposure Control (AEC) optimized for a variety of samples (manual exposure settings also available)
Images instantaneously displayed on 22” high resolution 2.3 MP monitor
Remote diagnostic and support over the Web
Datasheet
Energy range 10 - 100 kV
Sample imaging area A) 23cm x 29cm (9" x 11.5")
B) 10cm x 15cm (4" x 6")
Pixel pitch A) 74.8µm
B) 48µm
Spatial resolution A) Up to 40+ lp/mm at 6X geometric
magnification
B) Up to 60lp/mm at 6X geometric
magnification
Tube current 0.3mA max (isowatt limited to 12 W from 41-
100 kV)
Focal spot size, nominal <20 µm
Window filtration 0.01" Be, tungsten source
Typical image acquisition
time
10 seconds
Power 100-240 VAC+/- 10% 50/60 Hz, 150 VA
Dimensions, external 23” W x 21” D x 36” H (59cm x 54cm x 90cm)
Dimensions, internal 15.4” W x 15.4” D x 22.2”H (39cm x 39cm x
56cm)
Weight 415 lbs (188 kg)
7.0 Net Benefit
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7.1 Lease
At this time, the basic purchase cost of the ex-ray equiptment will be $80,000.00. To
lease this equipment the following quotes and terms were delivered from
Lease Term $ Monthly Payments12 months 7432.4824 Months 3905.7636 Months 2727.4448 Months 2150.6460 Months 1804.56This program is based on a Capital Lease 100% Buy OutEquipment Cost $80,000.00
The reason this lease was chosen is because it is a Capital Lease. It offers a 100% Buy-
Out, thereby allowing the ASC to own the Digital Radiology Equipment in full at the end
of the lease. ASC will be building equity throughout the payment process.
7.2 Purchase
Another financing
alternative is to raise
the $80,000.00
purchase price from
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the current cash reserves or from an investor or investor group. The following Capital
Budgeting Analysis of Replacement Equipment Purchase. Its purpose is to offer a
spreadsheet analysis in conjunction with this formal report. This analysis supports the
decision to buy a Faxitron Digital Radiology Device.
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Net Present Value demonstrates that this will be a good investment.
Name: ASCMachine: Faxitron
Month: 2 Loan: $80,000Day: 6 Rate: 9.25%
Year: 1 Term, yr: 4.0Pmt: 1=Ann,2=Mon>
2
Monthly Payment: $2,000.31 First pmt: 1=yr 1, 2=yr 2> 1
Data to Calculate Discount Rate:NOMIMAL WACC: 7.00% REAL AFTER TAX
MARGINAL TAX RATE:
30.00% DISCOUNT RATE: 1.84%
INFLATION RATE: 3.00% NOMINAL AFTER TAX
DISCOUNT RATE: 4.90%
Name: ASCMachine: Faxitron
Month: 2 Loan: $80,000Day: 6 Rate: 9.25%
Year: 1 Term, yr: 4.0Pmt: 1=Ann,2=Mon>
2
Monthly Payment: $2,000.31 First pmt: 1=yr 1, 2=yr 2> 1
Data to Calculate Discount Rate:NOMIMAL WACC: 7.00% REAL AFTER TAX
MARGINAL TAX RATE:
30.00% DISCOUNT RATE: 1.84%
INFLATION RATE: 3.00% NOMINAL AFTER TAX
DISCOUNT RATE: 4.90%
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Amount Amount of/ Timing years Present PresentItem before tax after tax Start End value factor value= = = = ===-----===--- = =
OUTFLOWS $ $ $- -
Eqpt price less trade-in value 80,000Unrecovered cost on trade-in 0
Down payment at time of sale 0 0 1.0000 0Amount financed 80,000
Prin & Int : Year 1 24,003.72 22,000 1 0.9533 20,9732 24,003.72 22,502 2 0.9088 20,4493 24,003.72 23,052 3 0.8663 19,9704 24,003.94 23,656 4 0.8258 19,5365 0.00 0 5 0.0000 06 0.00 0 6 0.0000 07 0.00 0 7 0.0000 08 0.00 0 8 0.0000 09 0.00 0 9 0.0000 0
10 0.00 0 10 0.0000 011 0.00 0 11 0.0000 0
(Cash rec'd) : sale of old eqpt 0 1.0000 0Taxable gain (loss) on eqpt sale 0 0 1 0.9533 0ITC recapture on disposition 0 1 0.9533 0Incr costs or decr returns /yr 0 0 1 10 9.0560 0
----------INFLOWS NET OUTFLOWS (1) $80,928
The monthly payments on the purchase of the equiptment on a standard equipment
loan are approximately the same as the payment on a 48-month lease with a 100% Buy
Out. However, tax credit wide the discounts are much more beneficial on a purchase.
The bottom line of the Net Present Value calculation of the purchase of a new Faxitron
as opposed to keeping the old ex-ray machine shows that a new machine would be a
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good investment. The Net Present Value is the difference between outflows and
inflows, and is discussed in this spreadsheet in terms of after-tax and present value
basis.
Savings or added returns from equip purch: Avoided repairs on old eqpt 5,000 3,500 1 1 0.9819 3,437
Reduced annual repairs 1,000 700 1 5 4.7348 3,314 Annual fuel savings 200 140 1 5 4.7348 663 Improved timeliness 0 0 1 5 4.7348 0
Cost recovery on eq purch (MACRS -less than 40% of assets purchased in 4th qtr; half-yr conv) Sec 179
10,000 3,000 1 0.9533 2,860
Annual Recovery %: 15.00% 10,500 3,150 1 0.9533 3,003 less depr lost 25.50% 17,850 5,355 2 0.9088 4,866 on trade & sale. 17.85% 12,495 3,749 3 0.8663 3,247
16.66% 11,662 3,499 4 0.8258 2,88916.66% 11,662 3,499 5 0.7873 2,754
8.33% 5,831 1,749 6 0.7505 1,3130 0 7 0.7154 00 0 8 0.6820 0
Incr in end value because of new machine purchase 5,000 3,500 5 0.9127 3,194
State Inv. Tax Credit 700 1 0.9533 667 ----------
NET INFLOWS (2) $32,208* * * * NET PRESENT VALUE (2-1) ($48,720)
Spreadsheets continued.
NOMIMAL WACC: 7.00% MARG TAX RATE: 30.00% ELECTION: $10,000
INFLATION RATE: 3.00% LOAN - AMOUNT: $80,000 REAL AFTER TAX RATE: 9.25% DISCOUNT RATE: 1.84% TERM, YRS: 4.0 NOMINAL AFTER TAX MONTHLY PAYMENT: 2000.31
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The analysis of purchasing new Digital Radiology Equipment versus repairing and
maintaining the old equipment is performed using a cash flow analysis. A capital
purchase should mean that ASC would accomplish a positive net present value. Over
the period of use the inflows should exceed the outflows. These results identify the
timing and size of inflows and outflows, and consider income taxes, inflation, and
interest rates. Present value analysis is a standard method for estimating the benefits of
the purchase decision over time.
AMORTIZATION TABLE FOR MONTHLY PAYMENTS
$80,000 Loan Amount9.25% Rate
4.0 Years$2,000.31 Monthly Payment
Pymt Monthly Prin Int BalanceNo. Pymt After pymt
- - - - -$ $ $ $
80,000.001 2,000.31 1,383.64 616.67 78,616.362 2,000.31 1,394.31 606.00 77,222.053 2,000.31 1,405.06 595.25 75,816.994 2,000.31 1,415.89 584.42 74,401.105 2,000.31 1,426.80 573.51 72,974.306 2,000.31 1,437.80 562.51 71,536.507 2,000.31 1,448.88 551.43 70,087.628 2,000.31 1,460.05 540.26 68,627.579 2,000.31 1,471.31 529.00 67,156.26
10 2,000.31 1,482.65 517.66 65,673.6111 2,000.31 1,494.08 506.23 64,179.5312 2,000.31 1,505.59 494.72 62,673.9413 2,000.31 1,517.20 483.11 61,156.7414 2,000.31 1,528.89 471.42 59,627.8515 2,000.31 1,540.68 459.63 58,087.1716 2,000.31 1,552.55 447.76 56,534.6217 2,000.31 1,564.52 435.79 54,970.1018 2,000.31 1,576.58 423.73 53,393.5219 2,000.31 1,588.73 411.58 51,804.7920 2,000.31 1,600.98 399.33 50,203.81
17
21 2,000.31 1,613.32 386.99 48,590.4922 2,000.31 1,625.76 374.55 46,964.7323 2,000.31 1,638.29 362.02 45,326.4424 2,000.31 1,650.92 349.39 43,675.5225 2,000.31 1,663.64 336.67 42,011.8826 2,000.31 1,676.47 323.84 40,335.4127 2,000.31 1,689.39 310.92 38,646.0228 2,000.31 1,702.41 297.90 36,943.6129 2,000.31 1,715.54 284.77 35,228.0730 2,000.31 1,728.76 271.55 33,499.3131 2,000.31 1,742.09 258.22 31,757.2232 2,000.31 1,755.51 244.80 30,001.7133 2,000.31 1,769.05 231.26 28,232.6634 2,000.31 1,782.68 217.63 26,449.9835 2,000.31 1,796.42 203.89 24,653.5636 2,000.31 1,810.27 190.04 22,843.2937 2,000.31 1,824.23 176.08 21,019.0638 2,000.31 1,838.29 162.02 19,180.7739 2,000.31 1,852.46 147.85 17,328.3140 2,000.31 1,866.74 133.57 15,461.5741 2,000.31 1,881.13 119.18 13,580.4442 2,000.31 1,895.63 104.68 11,684.8143 2,000.31 1,910.24 90.07 9,774.5744 2,000.31 1,924.96 75.35 7,849.6145 2,000.31 1,939.80 60.51 5,909.8146 2,000.31 1,954.76 45.55 3,955.0547 2,000.31 1,969.82 30.49 1,985.2348 2,000.53 1,985.23 15.30 0.00
Totals 96,015.10 80,000.00 16,015.10
Radiology equiptment is an important part of the Ambulatory Service farm business
operation – important for getting work done on time and important as a cost of doing
business. When machinery is purchased, large sums are committed to assets, some of
which may be used only a few days a year. This is especially true of some growing and
harvesting equipment. Making an effort to analyze such replacement purchases
objectively can be an important step in the process of controlling equipment costs.
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An Investment Tax Credit recapture is possible.
Adj tax basis: 80,000 (purchased machine)
5 YEAR AND 7 YEAR RESPECTIVELY (Half-Year Convention w/switchover to SL)15.00% 10.71% 5 YEARS 7 YEARS25.50% 19.13% Cost Recovery Class Cost Recovery Class17.85% 15.03%16.66% 12.25%16.66% 12.25%
8.33% 12.25%12.25%
6.13%
Above percents produce annual recovery amounts essentially equalto calculated amounts below for 5 & 7 year property @ 150% DB.
10,500 7,50017,850 13,39312,495 10,52311,662 8,26811,662 8,662
5,831 8,6628,6624,331
70,000 80,000 = adjusted tax basis of new machine
Purchasing new equipment in this case is a better decision than continuing with the old
equipment. This spreadsheet shows savings when using Digital Radiology (DR)
equiptment that includes software and does not use film or other consumables
compared to the average cost of Computer Radiology (CR) equipment. The savings
expected per month is based on the number of reading assuming a read time of 20
minutes per procedure.
Surgical Procedures per Month 10 15 20 25$70 1400 2100 2800 35000
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0 0 0$80 1600
02400
03200
040000
$90 18000
27000
36000
45000
$100 20000
30000
40000
50000
Whether the decision to acquire this new technology is based on a Capital Lease with a
100% Buy Out or a direct purchase the new radiology equiptment benefits empirically
and via quantitative cost analysis.