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06.12.2019 Source: AWEX
AWEX EMI 1492
Micron 17 1914 -54
Micron 18 1798 -51
Micron 19 1712 -31
Micron 20 1674 -26
Micron 21 1671 -29
Micron 22 1664n -70
Micron 26 1133n -28
Micron 28 835 -10
Micron 30 684n -10
Micron 32 435n -25
MCar 1077 -2
Wool Harvesting Innovation

AWI invests in wool harvesting technology to improve workplace safety, animal welfare, boost clip quality and encourage new entrants into the industry.

Fully or semi-autonomous wool harvesting can access off the shelf robotics equipment and machine learning algorithms and adapt them to the various stages in the process from sheep delivery to a shearing position through to isolating black wool from the fleece and baling wool.

Artificial Intelligence technology can be developed for automation at any point along the wool harvesting process.

Robotic Assisted Shearing Scoping Study

The project has successfully used robotic technology to mimic the movements of shearing along the body of a life-size 3D printed sheep.

Current and Recent Projects

Robotic Assisted Shearing Scoping Study
This project was a scoping study to develop a comprehensive understanding of how modern robotics technology could work within the shearing profession. Video - Robotic Assisted Shearing Scoping Study Incorporating modern robotics into some elements of the process of shearing offers the potential to enhance the physical and mental wellbeing of both shearers and sheep. The robotic system is being ...

This project was a scoping study to develop a comprehensive understanding of how modern robotics technology could work within the shearing profession.

Robotic Assisted Shearing Scoping Study

The project has successfully used robotic technology to mimic the movements of shearing along the body of a life-size 3D printed sheep.

Incorporating modern robotics into some elements of the process of shearing offers the potential to enhance the physical and mental wellbeing of both shearers and sheep. The robotic system is being designed to reduce some of the physical strains and risks when shearing, including shearers being bent over for extended period of time creating strain on the back, and instead allowing the shearer to work in a safer and comfortable more upright position.

The project has successfully used robotic technology to mimic the movements of shearing along the body of a life-size 3D printed sheep.

The next phase of the project will use the new knowledge of robotic technology and refine the software and hardware of the technology for commercial potential in the wool harvesting industry.

The use of a 3D printed sheep ensured no sheep were used in the testing of the prototype and therefore no sheep were put at risk of being harmed in the testing of this technology.

Electromyography Signals
AWI is funding pioneering research to help shearers minimise back injuries through the use of wearable robotics. Attracting and retaining shearers is one of the biggest challenges facing woolgrowers and the industry. A major factor is that shearing can be a ‘back-breaking’ profession, with injuries to shearers being six times the all-industry average in Australia. Lower back injurie...

AWI is funding pioneering research to help shearers minimise back injuries through the use of wearable robotics.

Attracting and retaining shearers is one of the biggest challenges facing woolgrowers and the industry. A major factor is that shearing can be a ‘back-breaking’ profession, with injuries to shearers being six times the all-industry average in Australia. Lower back injuries are the biggest issue due to their long rehabilitation time and associated lost productivity.

A project funded by AWI aims to understand exactly how these injuries arise and then research potential wearable robotic solutions for shearers to reduce the risk of injury while still allowing the high degree of maneuverability required for shearing.

The initial objective of the project is for the researchers to accurately identify the mechanisms of lower back musculoskeletal injuries in shearers. With this knowledge, researchers aim to develop a practical and cost-effective prototype tool to be worn by shearers to alert them when they are becoming vulnerable to potential injuries. This sensing unit would propose optimal resting cycles and could potentially be connected to a mobile phone application.

By the end of this 12-month project, researchers will also develop a conceptual design for a more active solution for fatigue management and injury prevention, such as an exoskeleton that the shearer can wear.

wool-harvesting-innovation-accordion-2-inline.jpgThe measurement platform will combine two separate sets of wireless sensors (pictured) to measure muscle activity and shearers’ body motion and posture simultaneously, allowing the study to take place inside shearing sheds instead of inside a lab.

A measurement system will be developed by University of Melbourne researchers for shearers to wear during the research. This system will monitor the shearers’ muscle activities and posture to estimate the potential injury.

The shearers’ measurements will be collected on a specially designed portable measurement platform that will be installed in a real shearing shed where it is possible for the shearers to shear more than 200 sheep per day. Researchers will therefore be able to study the shearers’ biomechanics in authentic conditions.

To understand the dynamics of lower back muscles under different shearing environments, factors that will be considered include whether or not each shearer has had a prior injury, the different skill level of each shearer (highly experienced or new to shearing), the age of each shearer and whether or not a back harness is used.

The Peak Hill Industries ShearEzy shearing system is a successful alternative to on the board shearing that eliminates the need to catch and drag sheep. The ShearEzy provides the shearer with a comfortable, stand up, working environment and meets the highest standards in wool preparation and shearer safety technology.

The ShearEzy is a product of AWI investment in Upright Posture Shearing Platform (UPSP) technologies. The product became commercially available in late 2007, with the most recent version released in June 2012. ShearEzy benefits include:

  • Reduced physical effort and strain from shearing.
  • Can be more productive than on the board shearing, especially for the novice or average shearer.
  • Simpler blow patterns and effective animal restraints.
  • Easy separation of crutchings and lower quality wools.
  • Other animal husbandry tasks may done as part of the shearing process.
  • Large sheep and rams are easily and safely handled without sedation. ShearEzy is an air-operated system, consisting of a shearing platform with an integrated parallel sheep loader. Sheep walk into the loader on an inclined, non-backup ramp and are confined until ready to be shorn.

The loader clamps the sheep then tilts and inverts the sheep placing it on the platform. The sheep can be crutched in this restrained position then released from the clamp.

To shear the sheep, the rear legs are restrained as the sheep lies horizontal between the hinged up wings of the platform. Rotating leg restraints and the hinged wings allow the shearer to mechanically manipulate the sheep to each desired position through the shearing process. Optimal flat surfaces for the shearer allow long continuous blows around most of the body of the sheep.

Heiniger EVO anti-lock technology attached to a balanced boom and flexible drive improves safety and productivity.

New features of the 2012 version of ShearEzy include:

  • Reduced height and overall length.
  • Better sheep flow due to sheep entering the machine at a lower level.
  • Fleece removal from the side where the sheep is shorn, reducing space requirements.
  • More adjustments both for the size of sheep and the operator.
  • The main ShearEzy can be unit can be reduced to 1.8 metres long and 1.2 metres wide and is fitted with large solid rubber wheels to make it easy to move about, and roll onto a ute or trailer.
  • A price reduction to $15,100 plus GST ex the factory. This includes the shearing plant and stand, and the non-backup ramp. An eight cubic foot per minute air compressor and handpiece are also required.

Further Information

See the Peak Hill Industries ShearEzy in action

Contact Bill Byrne at Peak Hill Industries (www.peakhillindustries.com.au) or call Bill on (02) 6869 1700.

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Exoskeleton
Research to help minimise back injuries, though the use of wearable robots is one project undertaken by AWI to assist and support the wool industry in attracting and retaining qualified shearers. Read more
Smart Tags
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Farmers to Founders
Farmers2Founders program provides tools, resources, training, coaching and support to help producers deliver technological solutions problems within the agriculture and wool industry. Read more
Artificial Intelligence
We're investigating whether Artificial Intelligence (AI) technology has potential to aid selection and productivity management decisions in a commercial wool-growing environment. Read more