Roll and fold wraps/burritos around variable fillings
For the wrap and burrito lines, a tortilla loaded with fillings must be folded and rolled into a sealed cylinder without tearing the tortilla or extruding the filling. This requires coordinated, two-region manipulation — tucking the ends while applying progressive rolling tension — against a soft, easily-torn substrate whose pliability changes with temperature and moisture. It sits at the close-out of wrap assembly, downstream of filling deposit and upstream of cut/wrap/pack. It is exceptionally hard for a robot because the substrate is highly deformable, the successful 'tightness' is felt rather than measured, and overfill or uneven tension causes blowouts or splits that vision detects only after the product is ruined. Fresh & Ready produces wraps and burritos at scale by hand; no company-specific automation signal was found and tortilla-folding automation is less mature than flat sandwich assembly, so demand here is inferred. We identified this through our own research; we have not confirmed the specifics with the customer directly. This page is our researched read — a starting point for that conversation.
What the task is
RESEARCHED · our reconstructionFor the wrap and burrito lines, a tortilla loaded with fillings must be folded and rolled into a sealed cylinder without tearing the tortilla or extruding the filling. This requires coordinated, two-region manipulation — tucking the ends while applying progressive rolling tension — against a soft, easily-torn substrate whose pliability changes with temperature and moisture. It sits at the close-out of wrap assembly, downstream of filling deposit and upstream of cut/wrap/pack. It is exceptionally hard for a robot because the substrate is highly deformable, the successful 'tightness' is felt rather than measured, and overfill or uneven tension causes blowouts or splits that vision detects only after the product is ruined. Fresh & Ready produces wraps and burritos at scale by hand; no company-specific automation signal was found and tortilla-folding automation is less mature than flat sandwich assembly, so demand here is inferred.
Is this the actual task and sequence? What are the real tolerances, cycle rate, and reject criteria, and which steps are today's manual bottleneck? Answering these is what turns this from a researched signal into a validated use case.