This is a short presentation summarizing a project me and 3 of my peers worked on throughout this past semester in our packaging design and development course.
2. Sponsor
Project: Patient
Clemson’s Architectural
and Health Group Prototype Room
Description:
Key Contact: David Alison
An Interdisciplinary
Design- Research
Collaboration with the
Spartanburg Healthcare
System
3. Dispensers
Goals
Help identify/design the
optimal package
Considerations
Size
Function
Environmental Impact
Cost
4. Initial Ideas
Flexible Stand-up pouch
with nozzle
Flexible Bag with Rigid
Corners
Bag in Box
Flexible pouch with
puncture head without
nozzle
11. Geometric and Structural Design
15.92”x 13.32”x 11.64” OD*
Standard RSC
3 x 4 arrangement in case
Corrugate Material: C-flute
Headspace = 0 inches
Required stacking strength of 301 lbs
in storage
Required stacking strength of 570 lbs in transport
12. Pallet Pattern Comparison
Cassette Pouch
•32 boxes per •36 boxes per
13% increase
in amount of
pallet pallet
product
•87.5% area used •99.4% area used
being
•71.1% cube used •98.5% cube used
shipped
•16128 cassettes •18144 pouches
total on load. total on load
14. ISTA Procedure 1C
Overview Testing Steps
Extended Testing for Atmospheric measurement
1.
Packaged-Products 150 lb Compression Conditioning
2.
(68kg) or Less Random Vibration
3.
Covers any distribution mode
Drop Test
4.
General simulation that will
challenge the capability of
the package and product to
withstand transport hazards
17. Distribution Conclusion
Problems Next Steps
Need accurate samples New test needs to be run with
accurate prototypes
Nozzles
Test should be a simulation of
Materials
actual distribution
Case height reduced to
Case design might work with
accommodate samples
without nozzles accurate prototypes and
simulation test
Not a simulation of actual
distribution
18. What if the new test fails?
Add strength with a divider Reduce compression and
or sleeve drop force
2x4
3x4 with
arrangement
S divider
2x5
3x4 with
arrangement
sleeve
19. Machine Capital Investment
Close to $750,00 will need to be invested for this
machine.
Benefits of machine is it will put in the nozzle fitment,
fill and seal.
Output of 80-480 pouches per minute
21. Machine line efficiency
FORM-FITMENT-FILL, seal 480ppm x .98= 470
Cap Tightening 200ppm x .98 = 196
Coder 1000ppm x .98 = 980
Case erector/ packer 180ppm x .98 = 176
Case sealer 204ppm x .98 = 176
Palletizer 480ppm x .98 = 470
Stretch wrapper 550ppm x .98 = 539
.98 x .98 x .98 x. 98 x. 98 x. 98 x .98 x 180 = 156.26 ppm
22. Financial Assumptions
Volumes
Price per pouch: $0.265
Nozzle cost: $0.50
Soap and sanitizer cost per unit: $0.20
Corrugated Shipper cost: $0.047
Unit sell price: $14.50
Steris’s expected profit margin: 6.1%
24. Package Transfer
Pros Cons
Optimized pallet pattern Recyclability
Decreased package depth Initial package cost
Less warehousing space Product waste
Package weight reduction New capital required
Required landfill space Low truck clearance
reduction
Potential long-term
material cost savings
25. Special Thanks
David Allison from Tom Richard with PPI
Clemson’s Architecture Technology
and Health Department Ginger Gregory with
Russell Darley from Regional Hospital
Smith & Nephew Charlie Kilfoyle with
Nancy Jenkins from Steris
Curwood a division of Tom Jennings with The
Bemis Village at Pelham
Tara Ford from Amcor Dr. Darby
Flexible Packaging Dr. Kimmel