Cost Per Print: How to Calculate and Reduce Production Code Printing Costs
In the modern manufacturing industry, efficiency becomes the main key to maintaining smooth production and reducing operational costs. One aspect that is often overlooked is the cost of printing production codes using coding machines such as CIJ, TIJ, or laser. Although each print looks simple, there are actually costs that continue to accumulate from ink, energy, spare parts, to downtime. Therefore, many companies are starting to calculate Cost Per Print (CPP) to understand the real efficiency of the product marking process.
Cost Per Print is a method for calculating the cost incurred every time one code is printed on a product. This calculation is very important because it provides a clear picture of whether the coding machine works efficiently or wastefully. By knowing CPP, companies can evaluate machine performance, ink consumption, and maintenance costs more accurately. This information also helps determine a more efficient production strategy for the long term.
CPP becomes an important indicator because it can uncover areas of waste that were previously unseen. Many productions run without knowing how much cost is wasted every month due to improper machine settings or inefficient ink usage. With the correct calculation, companies can make smarter technology decisions, including choosing coding machines that suit their needs. This makes CPP a highly relevant analysis tool for industrial optimization processes.
Main Components in Cost Per Print
Ink and make-up costs are the largest components in CPP calculation. Ink in CIJ machines can be consumed faster if the text size is too large, the printhead distance is too far, or the product surface is not ideal. Dirty nozzle conditions also make the machine spray more ink than needed, increasing the cost per print. Therefore, managing ink consumption properly is very important to reduce CPP.
In addition to ink, spare part prices also become a significant component in CPP. Coding machines have several components with limited service life such as filters, fluid hoses, cartridges, and printheads. If spare parts are often damaged or replaced beyond the ideal cycle, operational costs automatically increase. Planned spare part replacement and the use of high-quality components can help reduce the cost per print consistently.
Energy costs also need to be considered in CPP calculation. Laser machines, for example, do not use ink but require greater electrical power. Meanwhile, CIJ and TIJ have lower electricity consumption but are burdened by ink costs. By understanding the characteristics of each technology, companies can make a more objective cost comparison. This helps determine which type of printer is most economical for certain needs.
Downtime is also part of the cost that is often not calculated in CPP. Every time the machine stops due to an error, dried ink, or clogged nozzle, production is also delayed. Products that fail to print may need to be reworked or even discarded, adding costs. By including downtime in CPP, companies get a complete picture of coding machine efficiency.
How to Calculate Cost Per Print Correctly
The basic CPP calculation is done by adding up all coding machine operational costs in a certain period and then dividing them by the total number of prints. Although simple, the calculation must include all elements so the result is accurate. Companies need to include ink, make-up, spare parts, energy, maintenance, and downtime costs. Each of these components gives a different value to the cost structure per print.
For example, if ink usage in one month reaches a cost of five million rupiah, spare parts and maintenance are worth two million, and the total prints reach five hundred thousand prints, then CPP can be calculated easily. The total cost of seven million divided by five hundred thousand produces a CPP of fourteen rupiah per print. With this number, companies can evaluate whether the cost is still ideal or operational improvements are needed.
CPP calculation should be done periodically, for example monthly or quarterly. High-volume production can experience changes in ink consumption or machine performance over time. With routine records, companies can detect cost increase trends that may be caused by declining spare part quality or machine setting errors. Periodic evaluation helps keep CPP stable.
CPP can also be compared between production lines or between machine types to find the most efficient printing technology. For example, if TIJ has a lower CPP for products with small text, while CIJ is more efficient for fast and continuous production, companies can adjust their machine allocation strategy. This decision has a direct impact on long-term operational cost savings.
Why Cost Per Print Is Important for Industry
CPP helps companies understand the real cost of the production code printing process. Many companies only focus on machine prices when purchasing, even though long-term operational costs are far more decisive. By calculating CPP, companies can know whether coding machines are truly economical according to manufacturer claims. This makes the technology selection process more objective.
CPP also helps identify unseen areas of waste. For example, a dirty nozzle can increase ink consumption by several percent without the operator realizing it. Likewise, character settings that are too thick or incorrect printhead distance. By knowing the causes of CPP increases, companies can make improvements to reduce costs and improve print quality.
In addition, CPP provides important value for management in making operational decisions. Whether upgrading machines, training operators, using more efficient ink, or implementing new SOPs, all can be analyzed based on their impact on CPP. This makes CPP a strategic tool in improving production efficiency.
Effective Strategies to Reduce Cost Per Print
Using ink and consumables that are compatible with the machine is the first step to reducing CPP. Unofficial ink often contains unstable compositions that accelerate printhead damage. This damage increases downtime frequency and maintenance costs. By using quality ink, the machine works more stably and CPP naturally decreases.
Routine maintenance is also a major factor in saving printing costs. A clean printhead, filters replaced on time, and correct calibration keep ink flow consistent. With good maintenance, the machine avoids major damage that costs far more than small maintenance. This keeps CPP at an ideal number.
Text size settings, ink thickness level, and print distance greatly affect ink consumption. Companies often use default settings that are actually inefficient. By adjusting settings according to needs, ink consumption can be reduced without reducing readability. This strategy has proven effective in reducing CPP on many production lines.
Routine CPP monitoring is also important so companies can take corrective action quickly. When CPP increases, companies can trace the cause, whether ink is wasteful, spare parts are approaching the end of life, or there is operator error. With a good monitoring system, production efficiency remains controlled.
Conclusion
Cost Per Print is an important indicator in measuring the efficiency of coding machine use in industry. By calculating CPP accurately, companies can understand cost structures, identify waste, and choose more economical operational strategies.
CPP not only helps reduce costs, but also increases productivity and reliability in the production code printing process. Find a range of more efficient coding and marking machines to reduce your Cost Per Print on the Agaprima product page here.