Why companies lose money through manual pallet production - 5 most common mistakes

This is not an accusation, but a paradox that much of the market is caught in. Costs that are visible and calculated by someone else, because they arrived as an invoice, are under strict control. However, costs generated independently, thousands of units daily, are only known approximately.

The problem is that an approximation is not enough to determine which order sustains the company and which one incurs a loss. This is particularly evident in the production of non-standard pallets, where the real margin lies.

The following text provides a benchmark that allows you to independently see where money is being lost. Manual production is not cheap. Its cost is simply uncalculated, which is an entirely different matter.

What a pallet is really made of and why that's not enough

Let's start with the figures. Below is the cost of a single pallet broken down into components, in two variants: manual production and on an automated line. The values for the manual variant are indicative, but they reflect the correct proportions.

One thing must be said honestly: the largest cost of a pallet is wood. Significantly more than two-thirds, in both variants. A cubic metre of material, including transport, can cost up to 700 PLN today, yielding, depending on the design, from approximately 22 EPAL pallets to over 50 lighter types. This cost cannot be reduced by hand or by machine. However, the labour row draws attention. On an optimised line, it accounts for only a few percent.

In manual production, it accounts for over one-fifth of the total cost. This results from simple arithmetic: the same production that three or four people handle on a line requires eight, or sometimes even more, manually. This component is systematically overpaid in the manual variant. It is also worth noting a consequence not included in the table, but derived from calculations: in terms of visible cost alone, a manually nailed pallet turns out to be more expensive than one from a line, even though depreciation and machine service costs are absent in the manual approach.

However, the most important aspects lie elsewhere. This table covers the cost of one efficiently produced unit, and that is precisely why it does not show where the company actually loses money. Downtime that halted production for two hours does not appear in this breakdown. A complaint that returned an entire lorry load also does not. A carelessly nailed pallet, which looks correct but falls apart only at the client's site, is indistinguishable in the table from one solidly nailed. The quality variation between the best and weakest employee also leaves no trace here. The unit cost describes a situation where everything runs smoothly, and losses arise alongside this unit, making them invisible. They do not have their own category, so they do not exist in the owner's awareness. The next five mistakes are where this invisibility costs the most.

Mistake 1. Ignorance of non-standard pallet costs and blind quoting

A standard pallet is quantifiable because it is repeatable. The EPAL, the most challenging yet cheapest pallet on the market, sold for 40-50 PLN, is produced through an already highly optimised process, and its margin is low.

The real money is in non-standard pallets, racks, crates, and structures for specific machinery. And here lies a problem rarely stated directly: non-standard pallets are made manually, by eye, meaning measurement is weakest precisely where the margin lies. I most often see this mistake with non-standard pallets; the more unique the order, the more likely it is to be quoted from memory.

Quoting such an order is usually based on experience and a 'just in case' markup. Sometimes, the markup turns out to be too low, and the pallet is produced below the profitability threshold, even though the manufacturer believes it is profitable. Other times, it is too high, and the client chooses a supplier who calculated more accurately. In both cases, the company loses out, and in both, it has no idea because it lacks a reference point.

This is the first and most dangerous mistake, as all others stem from it. Without measurement, every decision is guesswork. As long as the cost of a specific pallet remains unknown, it is unclear which client brings profit and which is subsidised by the margins of others.

Mistake 2. The calculation covers the pallet assemblers, but you pay for the entire invisible team.

Such a morning is not an exception. It happens wherever production relies on people rather than processes, and it reveals a cost that is invisible in any breakdown: in manual work, the cost is not evenly distributed among the staff but concentrated in a few individuals, whose existence is only remembered on the day they are absent.

The perception of 'labour cost per pallet' usually features a pallet assembler with a nailing gun, and the calculation stops there. However, in manual production, a pallet is not made by one person, but by an entire team, mostly invisible because they are not assigned directly to the product. Someone has to deliver materials to the workstation, because without a forklift operator, the pallet assembler walks for boards themselves and wastes time. Someone cuts blocks, someone manually trims corners, someone brands marks or applies prints. Each of these individuals is a cost, but in the accounts, they function as 'logistics', not 'pallet'. I have yet to meet a manufacturer who could immediately provide the full labour cost of all individuals involved in the production of a single pallet.

The scale of this difference is well illustrated by one example. A manufacturer producing pallets that required additional marking and corner trimming needed eight to ten people for production, including block cutting and a forklift operator, and produced 800-1000 pallets per day. After organising the process around a line, the same pallets are produced by three to four people, with an average output of 1500 units per day. The improvement does not stem from a single pallet assembler suddenly speeding up, but from the disappearance of the entire invisible team around them. Previously, someone paid them, but did not include them in the pallet cost. This also explains why the labour cost for manual production in the table at the beginning of this text is so high: it comprises not just one pallet assembler, but the entire crew.

Manual production relies on workers who are practically unavailable in the market. The individuals who achieve record output in pallet assembly are veterans who will sooner or later fall ill and retire, and there is no queue of young people eager to undertake the most physically demanding work in the plant. A newly recruited employee often resigns after just a few days, finding the task too arduous. In my view, the greatest risk today is not merely the cost of labour, but the reliance on a handful of experienced personnel. The consistency that has 'worked for fifteen years' in reality hinges on two key individuals. The beginning of this chapter describes what a day looks like when one of them is unavailable.

Mistake 3. Hidden surcharges that no one totals

There are costs that appear negligible on a single pallet and therefore go unnoticed. However, the industry thrives on thousands of units per month, and a penny multiplied by thousands turns into a surprising sum.

Nails are the best example. Manual production using pneumatic nailers requires collated nails, on wire, which are about 25% more expensive than bulk nails. For a single pallet, this means a difference between PLN 0.99 and PLN 1.24, or twenty-five groszy, which no one will notice. On the scale of one lorry load, which is 800 pallets, this already amounts to about PLN 200, and with twenty-two lorry loads per month, or approximately 17,600 pallets, the difference exceeds PLN 4,400 net per month. On nails alone. This is a hidden cost equivalent to half a full-time position.

The price itself is not the end of the calculation. Collated nails can be of lower quality, so entire coils sometimes end up as waste, and the end of the strip can jam in the nailer and also be discarded. The real difference, to the detriment of the manual option, can therefore be even greater than what the price comparison alone suggests.

This same category includes every detail that is by definition uncountable, as it is dispersed across many people and operations. When production is split among six people, it is unclear how much material should be produced, making it impossible to determine how much was made beyond a specific order. On a production line, the situation is clear: if a certain number of pallets are to be produced, it is known how much timber to deliver and how much should be used, and any deviation is immediately noticeable. With 'eyeball' estimates, there is no point from which anything could be deducted.

Error 4. Piecework that buys speed at the expense of quality

Piecework, paid per unit, is considered the fairest system under the sun: whoever produces more, earns more. And that is precisely why it can be the most expensive remuneration system in the pallet industry, because the bill for it arrives late and at a completely different address.

Unfortunately, the mechanism is merciless for the entrepreneur. When speed is paid for, people optimise for speed. And people are masters at circumventing systems, and if they have a real incentive to do more, they will devise many ways to bypass that system. Usually, something has to suffer, and the first victim is typically quality: an unnailed nail, a poorer board chosen, less attention to the pallet jig. Added to this is the employee's condition. The same person is tired at the end of the shift, and they assemble pallets more slowly.

Herein lies the trap: a carelessly nailed pallet looks the same as a solidly nailed one. It leaves the factory, enters statistics, and is paid for. The cost of poorer quality only becomes apparent weeks later, as a complaint, a return, or a client who has stopped calling. By then, no one connects it to that specific pallet or the bonus system.

There is another piece-rate cost, mentioned least often: the pallet assembler's output is usually measured only when the boss is watching. This leads to the belief that 'people will assemble more than a machine'. They will, but for an hour when the owner is present, not throughout the entire shift, day after day, regardless of their condition or mood. Characteristically, this opinion only appears in companies without automation. No one who has already automated production claims to be doing less or worse now.

Error 5. Postponing decisions, the cost of which increases every year

The most expensive error is not directly related to production. It is simply a lack of decision.

The logic of waiting closes in a loop. When things are going badly for the company, there are no funds for any change, so the decision is postponed. When things are going well, there is no perceived need to change anything, so it is also postponed. And so, year after year, waiting for a 'better moment' that never arrives, because the conditions for anything to change do not exist.

The point is that waiting is not free and becomes more expensive year by year. In 2018, the real cost of an employee was estimated at around PLN 4,000, and a complete line cost approximately EUR 600,000. Today, the same employee costs at least PLN 10,000, and a line is approaching EUR 800,000. Everything is increasing: labour and equipment. A company postponing a decision is therefore not standing still; it is paying more and more each year for the same waiting, while its workforce quietly ages and diminishes. This is the most 'economical' habit that actually increases costs.

A hidden cost outside the entire list: the complaint that never arrived

Finally, a cost not included in any table or any of the five errors, invisible even to a cautious owner.

It is worth comparing two types of complaints. In the first, a customer calls, upset because a pallet has fallen apart. This is painful because the complaint involves much more than the value of the returned material: logistics, re-transport, office staff time, often a new, unpaid load, and the need to manage the return. However, it has one advantage. It is known, so one can react, resolve the dispute, and save the relationship.

The second is more dangerous, though seemingly costing nothing. The client receives pallets that do not meet their expectations but says nothing. They accept them, keep their dissatisfaction to themselves, and quietly begin searching for a new supplier. Orders continue to come in, invoices are still issued, everything appears to be in order. Until, after a few months, orders simply cease, without explanation. A lack of complaints is not proof of satisfaction. It can be the silence that precedes departure. And this is the most expensive pallet in the entire list, the one whose defect the client did not mention.

Another item should be added to the calculation, one that is absent until it materialises: safety. Manual nailing with nail guns is associated with a higher number of accidents than working with a machine, where the operator stands away from hazardous areas. An accident is not only a human tragedy but also absenteeism, downtime, inspections, and cost. Also absent from the unit cost, and only revealed when it is already too late.

Where manual production truly makes sense

For clarity, without which the entire argument would sound like persuasion: manual production has its place and will not disappear. For a single item, a prototype, a custom stand for a specific machine, or a one-off crate, manual work is unrivalled, and human flexibility in truly unique tasks cannot be replicated.

The boundary lies where repeatability appears. If the same non-standard pallet returns, twenty units every week, a hundred every month, it is no longer manual work out of necessity, but a point where 'eyeball' estimates start to cost, because errors and unaccountability repeat with every batch. This is where a gap lies that few recognise. The market holds the belief that non-standard pallets cannot be automated, though this often simply stems from a lack of knowledge of existing solutions. And since the margins are precisely in non-standard pallets, this is the segment where measurement and repeatability make the biggest difference.

It is not about abandoning manual work, but about recognising when manual labour is an advantage and when it is merely a habit. The most rigid elements in this industry are not the machines, but the ingrained habits.

Summary

Before any decision is made about equipment, systems, or organisational changes, one thing is needed, upon which every subsequent decision depends: knowledge of the cost of your own pallet, especially the non-standard ones, from which the company actually profits.