The Plain Guide to Palletising ROI for Australian Warehouses
Most warehouse managers know palletising automation saves money. Few know exactly how much.
This guide cuts through the generic claims. We will show you how to calculate the real return on palletising automation for your warehouse. We will use Australian wages, Australian conditions, and numbers you can verify with your own payroll data.
By the end, you will know:
- What manual palletising actually costs you per year
- How robot rental stacks up against buying
- The hidden costs most automation proposals bury
- Whether your line is ready for automation
What Manual Palletising Actually Costs
Direct Labour Costs
A manual palletiser in Australia earns roughly A$28-35 per hour base rate. Add shift penalties, superannuation, workers compensation, and casual loading. The real cost lands closer to A$45-55 per hour per person.
Run the numbers for a two-shift operation:
- 2 palletisers per shift @ A$50/hr effective = A$100/hr
- 16 hours per day (2 shifts) = A$1,600/day
- 5 days per week = A$8,000/week
- 48 weeks per year = A$384,000/year
That is just direct labour. It does not include the recruiter who finds them, the supervisor who manages them, or the temp agency margin when someone calls in sick.
Indirect Costs Most Managers Miss
Injury and claims: Manual palletising is one of the highest-injury jobs in warehousing. A single serious back claim can cost A$50,000-150,000 in premiums, rehabilitation, and lost productivity. Even minor strains add up through modified duties and absenteeism.
Quality errors: A tired operator stacks a pallet wrong. The load shifts in transit. The customer rejects it. The rework, replacement, and relationship damage rarely show up in a labour cost line item. But they show up somewhere.
Speed variance: Humans slow down. Towards end of shift, during heat waves, on Friday afternoons. A robot does not. That consistency is worth money, even if it is harder to quantify.
Recruitment churn: Labour hire agencies charge 15-25% margin. Every time a palletiser quits, you pay again. In tight labour markets, that is happening more often.
Robot Rental: The Numbers
Entry-Level Rental Cost
ARR’s palletising systems start at A$6,660 per month. That is A$79,920 per year.
Compare that to the A$384,000 annual labour cost above. Even if you still need one operator to supervise and feed the line, the robot handles the repetitive stack. You cut palletising labour by 50-70%.
Worked example:
| Cost Item | Manual (2 shifts) | With Robot Rental |
|---|---|---|
| Palletising labour | A$384,000/yr | A$120,000/yr (1 supervisor) |
| Robot rental | - | A$79,920/yr |
| Total annual cost | A$384,000 | A$199,920 |
| Annual saving | - | A$184,080 |
The robot pays for itself in under six months.
What the Rental Fee Covers
The A$6,660/month is not just the robot. It includes:
- Programming and pallet pattern setup
- Integration with your conveyor
- Weekly performance reviews
- Preventive maintenance and spare parts
- Operator training
- 24/7 breakdown response
You do not need an automation engineer on staff. You do not need a maintenance contract with the OEM. You do not need to panic when something breaks.
Buying vs Renting: The Break-Even Math
Some warehouses should buy. Most should rent first. Here is how to tell.
Typical Purchase Cost
A new industrial palletising system costs A$200,000-300,000 installed. Add programming, integration, and commissioning. Call it A$250,000 total.
Annual maintenance: A$15,000-25,000. Spare parts reserve: A$10,000/year. Internal engineering time: A$20,000/year (conservative).
Total first-year cost to buy: A$295,000 Ongoing annual cost: A$45,000-55,000
Rental Cost Over Time
- Year 1: A$79,920
- Year 2: A$79,920
- Year 3: A$79,920
Three-year rental total: A$239,760 Three-year purchase total: A$250,000 + A$135,000 = A$385,000
Rental wins on cash flow in year one. It wins on total cost by year three if you include the hidden costs of ownership.
When Buying Makes Sense
Buy when:
- Your line is stable for 5+ years
- You have internal automation expertise
- CapEx is available and depreciation is valuable
- The product and pallet pattern never change
When Rental Wins
Rent when:
- You need the line moving this quarter
- Your product mix changes seasonally
- You want to prove ROI before committing capital
- You do not have automation engineers on staff
- CapEx approval is slow or uncertain
Hidden Costs to Factor
Whether you rent or buy, these costs catch buyers out.
Freight and Installation
Freight to site is rarely included in robot quotes. For a full cell, allow A$3,000-8,000 depending on distance. Installation and rigging add another A$2,000-5,000.
ARR rental: Freight is not included in the monthly rate. We quote it separately so there are no surprises.
Power and Compressed Air
Industrial robots need 3-phase power and often compressed air for grippers. If your end-of-line does not have both, factor in electrical work.
Typical cost: A$2,000-10,000 depending on how far the power run is.
Facility Modifications
Clearance, guarding, and safety fencing may be required. Australian standard AS 4024 governs machine safety. Compliance is not optional.
Typical cost: A$5,000-15,000 for guarding and safety systems.
Training and Change Management
Your operators need training. Your supervisors need to trust the cell. Plan for a few weeks of lower throughput while the team adjusts.
Cost: Lost productivity during ramp-up. Not a cash cost, but a real one.
How to Calculate Your Own ROI
Use this framework with your actual numbers.
Step 1: Calculate Current Annual Palletising Cost
- Hourly rate per palletiser (include penalties and on-costs): A$____
- Palletisers per shift: ____
- Shifts per day: ____
- Days per week: ____
- Weeks per year: ____
Annual labour cost = hourly rate x palletisers x shifts x hours per shift x days x weeks
Step 2: Add Indirect Costs
- Recruitment and agency fees: A$____
- Injury and workers compensation: A$____
- Quality errors and rework: A$____
- Supervision time: A$____
Total annual palletising cost = labour + indirect
Step 3: Estimate Robot Rental Cost
- Monthly rental: A$6,660 (palletising) or request indicative range
- Months per year: 12
- Residual labour (supervisor, feeding): A$____
Annual robot cost = (monthly rental x 12) + residual labour
Step 4: Calculate Saving and Payback
- Annual saving = total manual cost - annual robot cost
- Monthly saving = annual saving / 12
- Payback period = (setup costs) / monthly saving
Worked Example: Teralba Industries
Teralba Industries is a food manufacturer in regional NSW. They palletise 8,000 cartons per day across two shifts.
Before:
- 2 palletisers per shift @ A$52/hr effective
- 2 shifts, 5 days, 48 weeks
- Annual labour cost: A$399,360
- Plus agency fees and injury claims: A$25,000
- Total: A$424,360
After ARR rental:
- 1 supervisor @ A$55/hr: A$211,200
- Robot rental @ A$6,660/mo: A$79,920
- Total: A$291,120
Annual saving: A$133,240
The robot was deployed in 5 weeks. The supervisor was trained in 2 days. Weekly check-ins caught a gripper wear issue before it caused downtime.
Is Your Line Ready?
Automation works best when:
- Your product is consistent in size and weight
- Your throughput is predictable
- You have 3+ metres of clear floor space
- Your conveyor can feed the cell consistently
- You have 3-phase power within 10 metres
If your product changes every week and your floor space is tight, rental still works. But the configuration takes longer and the monthly rate may be higher.
Conclusion
Palletising automation is not a futuristic idea. It is a straightforward maths problem.
Calculate what manual palletising costs you now. Add the hidden costs. Compare it to a fixed monthly rental fee. Factor in speed, consistency, and the ability to return the cell if your line changes.
If the numbers work, the next step is a 15-minute discovery call. No pitch. Just engineers checking whether your line is a fit.
ARR rents industrial-grade robot cells to Australian warehouses. Palletising, picking, and case packing from A$6,660/month. Local engineers. Deployed in weeks.
— END OF FILE. THE MATHS IS YOURS TO CHECK.