1. BMC.800

2. Mission
Comp Industries exists to be the groundfloor of development
within Bio- and Biomedical Engineering technologies. We aim
to provide clear and concise product development by bringing
innovative ideas into the prototype stage and beyond.
Competitive ● Compact ● Compatible

3. COMP INDUSTRIES
Revolving-Door Development
IDEA
ESTABLISH
IMPROVE
FINALIZE

4. Mechanical
Compression
Compact design allows for
versatility in research
environment from the
refrigerator to the
incubator. A force range of
0-800N either continuously
or in oscillation.
A controlled, inert well-
design that allows for
biocompatibility testing.
Statistically relevant
comparison by
simultaneous triplicate
testing eliminating
variability between tests.
BMC.800
COMP INDUSTRIES
Chemical
Analysis

5. Testing Protocol
All:
● Magnesium Samples
● rSBF
● Compression: 500 N
● Immersion period: 24 hrs.
● Drying period: 72 hrs.
Control
Initial
mass
(g)
Final
mass
(g)
Degradation
(g/hr)
Teflon
Control
0.6978 0.6914 0.000267
Sample 1 0.7678 0.7570 0.000450
Sample 2 0.8764 0.8653 0.000463
Compression
Initial Approach
Compression +
Peristaltic Pump
Control:
● No compression
● Glass or Teflon
Peristaltic pump:
● Compression
● Teflon

6. 1 Hall Effect Range
of Pole (North/South
Detection
2 Hall Effect Single
Pole Range (3cm)
3 Hall Effect with
Piston Positioning
4 Load Cell Stroke
Length Test
1 2
3 4

7. Results - Mass
Initial Mass
(g)
Final Mass
(g)
Degradation
(g/hr)
Teflon load 1.0793 1.0639 0.000642
Teflon load 1.2186 1.2001 0.000771
Peristaltic load 1.1907 1.1541 0.001525
Initial
Mass (g)
Final Mass
(g)
Degradation
(g/hr)
Control glass 0.8380 0.8292 0.000367
Control glass 0.5455 0.5368 0.000363
Control teflon 0.7065 0.6970 0.000396
Initial
Mass (g)
Final
Mass (g)
Degradation
(g/hr)
Control 0.6978 0.6914 0.000267
Sample 1 0.7678 0.7570 0.000450
Sample 2 0.8764 0.8653 0.000463
Control and Well Comparison
Loading and Peristaltic Pump
Initial Approach

8. Results - Dimensional
Initial Height
(mm)
Final Height
(mm)
Height
Degradation
(mm/hr)
Initial Diameter
(mm)
Final Diameter
(mm)
Diameter Degradation
(mm/hr)
Teflon w/ Load 15.0 14.9 0.004167 6.7 6.3 0.000621
Teflon w/ Load 14.9 14.9 0 7.7 7.5 0.000746
Peristaltic Pump 14.8 14.9 -0.00417 6.8 6.7 0.001492
Initial Height
(mm)
Final Height
(mm)
Height
Degradation
(mm/hr)
Initial Diameter
(mm)
Final Diameter
(mm)
Diameter
Degradation (mm/hr)
Control Glass 15.0 14.9 .000417 6.3 6.3 0.0
Control Glass 10.1 9.7 0.0167 6.3 6.2 0.00036
Control Teflon 12.7 12.6 .00833 6.3 6.3 0.0

9. Results - pH
Sample pH
Teflon w/ Load 10.12
Teflon w/ Load 9.75
Peristaltic Pump 9.52
Sample pH
Control Glass 9.99
Control Glass 9.77
Control Teflon 9.78

10. Medical
Evaluation
&
Surgical
Evaluation
Implant
Production
Biocompatibility
Testing
Mechanical
Testing
Implant
Design
Approach: Combating Implant Failure

11. "World Bio-implants Market (Types, and Geography) - Opportunities and Forecasts, 2013 - 2020." Bio-implants Market Analysis and Forecast 2014-2020. Applied Market Research. Web.
06 May 2016.
Global Market for Bio-Implants
Drivers ● New technology
● Increase in trauma injuries
● Increase in government
initiatives
● Growing elderly population
Restraints ● Instability of bio-implants
● Corrosion of bio-implant
● Increasing price competitions
and
deterioration of material quality

12. Investment Outlook
Marketing Plan
Cost per unit: $952
Market price: $3,000
Total Revenue $150,000
Total Profit $102,400
* Calculated for 50 BMC.800 units sold.
A. 30-35% in Perpetuity
B. $500k + 3% in Perpetuity

13. Regulatory Measures & Certification
ASTM E9-09 “Standard Test Methods of Compression Testing of
Metallic Materials at Room Temperature”
ASTM D6641/D6641M−14 “Standard Test Method for Compressive
Properties of Polymer Matrix Composite Materials Using a
Combined Loading Compression (CLC) Test Fixture
ASTM F2077-14 “Test Methods For Intervertebral Body Fusion
Devices”

14. BMC.800
COMP INDUSTRIES
Questions?