The challenge - Typically, primals (e.g. 5+ kg in weight) leave Australian meat establishments and exported in vacuum bags. Once in an international location a third party further slices and repacks the primal into retail-ready portions (as depicted below). It is at this point that some traceability systems do not provide a level of reliable or cost-effective continuous plate to paddock traceability, that AMPC would like to see more solutions providers develop solutions for.
About AMPC
AMPC is an industry body that facilitates industry and researchers/providers in undertaking/adopting innovation and R&D for the Australian red meat processing sector. We do this by having access to an industry levy (aka an industry tax) and matching Aust. Fed. Govt. R&D funds (50% from the Department of Agriculture, Water and the Environment - The Hon. David Littleproud MP). We invest in others undertaking R&D. Note we do not undertake any of the R&D ourselves.
Think of AMPC as innovation investment managers (without taking equity).
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Advanced Manufacturing - Theme on a Page - Primal to Steak Traceability
1. Build and evaluate
promising concepts
proposed from Stage 2
Notes:
- Demonstrate in either or both
a domestic and international
supply chain (supplied with
Australian processed meat)
- Ascertain what additional
R&D and or infrastructure is
required to role out to a
supply chain for identified
traceability KPIs.
Secure:
- Secure an Oz domestic and
international supply chain for
a Stage 4 application.
Image source: Vector Solutions
Traceability (focus = primal to steak)
Stage 5
Adoption
Stage 1
Previous developments
& existing solutions
> 2024
Completed $TBA $TBA $TBA $TBA
2021 2021-2022 2023-2024
Location: Within supply chainsLocation: Providers workshops
Developers to
understand past R&D,
and current providers
Past R&D (examples)
โข DNA
โข 2D bar codes
โข Isotope Tracing
โข Additives
Current Providers (examples)
โข LinkedIn in article โ Link
Image source: Learning happens in the
Present
TRL
7-9
Location: Processor Production
Stage 2
Technology pilot
validation
Location: Past activity
Develop / Demonstrate
approach within Australia
Develop (examples):
- Develop new rapid and cost
effective in-market
measurement systems to
leverage existing offerings.
- Develop new surface marking
solutions.
- Evolve and demonstrate ledger
based solutions.
Demonstrate (on product):
- Not within a supply chain. Desk
top demo. only.
Secure:
- Secure an Oz domestic and Oz
international supply chain for a
Stage 3 application.
Image source: Facebook
Stage 3
Pilot - Supply chain
demonstration
Stage 4a
Supply Chain adoption
Location: Within supply chains
Use AMPC PIP model
to support early
adopters (and
further development
requirements)
Notes:
โข Support the further
development and
adoption of units 1-5
for each end use
application identified.
Implement examples
that are robust, cost
effective and met
targeted value add
traceability KPIs
Notes:
โข Be clear about KPIs for
success (and failure)
โข Understand and deploy any
consumer/supply chain
education requirements.
Image source: Butcher Store
TRL
1-3
Stage 4b
Other applications /
extensions
Location: Various
Leverage learnings
from previous stages
for engaged and non-
engaged supply chains.
Possible applications:
โข Lamb and Goat
โข Domestic retail ready
packs.
โข Butcher stores
โข Supermarket chains
โข Other International
locations.
โข Other primals not included
in previous stages.
Image source: Beef Cuts
TRL
1-4
TRL
4-5
TRL
6-7
TRL
3-7
Editor's Notes
With a Focus on Striploin Customer Specifications
Whether the short loin is converted to a striploin by automated, semi-automated or manual processing, the final step is to trim the striploin to suit customer specifications.
The first enabler for this process is Sensing.
Trimming tools are only relevant if sensing can be achieved.
CT scanning will be one solution, however
There is indication that a combination of Ultrasound and 3D profiling maybe a cheaper sensing solution.
AMPC will Focus on completing this sensing R&D next.
Successful sensing R&D will initially lead to in plant improvements by providing operational staff with guidance on where to trim.
Also, upon successful sensing R&D, further trimming tool automation R&D will also be initiated.