LEAP V Single Cell automated bone-in Forequarter system

Summary

Background
The lamb forequarter is a primal component of the carcase requiring a series of bandsaw cuts to separate the neck, separate the shanks, and splitting to produce the square cut shoulder portions.  At processing line speed in the lamb boning room, this is a repetitive and physically demanding task.  
Hence MLA funded a fully automated cutting solution as part of the LEAP series of modules that feature the flexibility of a robot and servo controlled bandsaw, which will deliver to the supply chain a more consistent product, increased workplace safety by separating the operator from the cutting blade hazard, and contributing to labour supply sustainability.
Research
Project A.CIS.0034 conducted an ex-ante study of the LEAP V concept so as to scope out options for an automated machine to break up the shoulder primal of ovine carcasses. The concept included cutting of neck, brisket and shank, and splitting of the square cut shoulder. The scoping exercise considered the variability in the shoulder primal from a range of carcase weights.
Project P.PSH.0520 developed a working prototype of a LEAP V machine operating at 2-4 carcases per minute, capable of processing the main bone-in cuts of the carcase forequarter as follows:
Knuckle tip removalNeck CutsShank and Brisket RemovalVertebrae splitting
Project P.PSH.0738 LEAP V developed a production prototype and factory trialled under this. A processing site for full production trials is now being pursued.
Outcomes
The prototype was successfully built, and discussions are under way with Scott Technology and processors as to proceeding further via a facilitated adoption project.
Project P.PIP.0764 was going to install an Automated Forequarter system in an Australian lamb processor, however the project was withdrawn by the processor.  The system will be installed at another Australian processing site.