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Meal batch line
Automated conveyor batch line with tray de-nesting, hole punch, Lidding etc.
- Sector
- Automation
- Years
- 2024
- Engagement
- Subcontracted
- Role
- Mechanical Design Engineer
- Status
- Installed and operational
- Client
- Subcontracted to Horan Automation; line built by Noreside Engineering
SolidWorks
Problem
A cooked-meal producer needed to partially automate a line running a large variety of meal types in batch sizes that changed daily. I was subcontracted to design the line in its entirety, for handover to electro-mechanical integration and sign-off for production.
Constraints
- High product mix with batch sizes varying day to day, hour to hour
- 6 m line footprint on a new factory floor, designed for duplication as additional modular lines
- All four de-nesting scrolls driven by a single servo, where comparable systems drive each independently
- Food-safe belt materials throughout; full washdown compatibility
- Heavy debris brush integrated into an actuating pusher for cleardown
- Five month design deadline set by the wider project schedule
Approach
- Full mechanical scope: structural frames, material handling mechanisms, manufacturing drawings, part procurement, client liaison
- Benchmarked existing industrial de-nesting solutions for comparable container geometry before selecting a scroll based approach
- Designed for integration with the controls package delivered by the partner company
- Designed the line as a repeatable module so additional lines could be duplicated on the new factory floor without redesign
Gallery



Outcome
Mechanical design was completed in full, with all standard and custom components specified, procured and released for manufacture, then reviewed and approved by the assembly partner. Delivered inside the five month design window. The line was installed and has been operational since 2026.
Testimonial
“He has a very inventive mind and is always able to find a solution to any problem that comes his way.”
See full testimonial
Further detail
D1Single servo container de-nesting
Four scrolls, one servo. Fully adjustable scroll positioning, adjustable guide rails controlling tray descent, synchronous drive via timing belts and taper-lock pulleys, and a laser-cut alignment plate setting precise scroll angles so all four corners engage and release consistently. Single servo drive was chosen over four independent drives to hold cost and complexity down while keeping the four corners mechanically synchronised by construction rather than by control.
D2Modular hole-punch station
Different meals require different air hole counts for moisture control during reheating. Designed a drop-down punch, tapered and matched to the side wall and profile of the food containers. Modular actuator, hole and punch assembly, with shims allowing edge refreshment and punch resharpening. Individual actuators allowed anywhere from zero to six holes; the design constraint was set at a minimum of six, and the manufacturer subsequently built to four.