The Pros and Cons of Bespoke Packaging Automation
Share this post
Tablet of Content
The modern industrial landscape is characterized by a relentless quest for streamlined processes that can elevate productivity while curtailing operational costs. Central to this mission, packaging automation stands as a revolutionary force, steering the packaging industry towards a futuristic paradigm. However, the traditional ‘one size fits all’ approach evident in some off-the-shelf automation solutions often falls short of addressing the unique and intricate requirements of diverse businesses. Consequently, there is a burgeoning interest in bespoke packaging automation.
A Racetrack Collation System for Medical Masks
Credit: ELITER Packaging Machinery
Bespoke packaging automation involves the construction of tailor-made automation solutions, exclusively designed to cater to the distinctive needs of specific businesses. Unlike general automation solutions, bespoke alternatives are crafted keeping individual goals, processes, the kinds of materials employed, types of products, and other operational nuances in perspective. While these custom-made solutions offer a set of distinctive advantages, they are not devoid of drawbacks. Therefore, a well-rounded exploration of these aspects becomes paramount to comprehend the efficacy of bespoke packaging automation.
Examples of Bespoke Packaging Devices and Equipment
Along a packaging automation line, there are bunches of devices and equipment such as standard machines to automate the processes of primary, secondary, and tertiary packaging, product handling systems to transfer and connect the flow of products between and along the machines, as well as ancillary devices such as conveyors, labeling machines, check weighers, etc.
The terminology of bespoke packaging automation is not restricted to any kind of devices or equipment mentioned above, nevertheless, it is about how a certain machine is developed and designed to serve a purpose – to handle a product of unique shape and size, to collect packaging in a specific arrangement, or to automate a processes that none of the equipment available on the market can handle.
A Packaging Machine Designed for Non-Standard Packaging
A typical example of this kind of bespoke packaging equipment is a cartoning machine that is supposed to work for cartons that do not fall within any of the common styles and shapes like tuck-in or sealing with glue, nor those of auto-bottom or snap-lock bottoms. For instance, confectionary brands sometimes turn to gable top boxes rather than rigid cartons to confess the superiority and sense of luxury with their products when being given out as a gift.
Another example is an automatic cartoning machine designed for wrap-around processes that has nothing to do with tucks or flaps. A sleeve wrap-around cartoner is designed on a case-by-case basis now that the container to be applied can vary for each project from cans to bottles and cups, which are different from those typical primary packaging like pouches, bags, sachets or so.
ELITER’s Sleeve Cartoner Provides Flexible Packaging Solutions for Carton Sleeving
Credit: ELITER Packaging Machinery
A Product and Material Handling System to Transfer Flow of Products
Product and Material Handling Systems refer to the equipment, procedures, and methodologies employed for moving, protecting, controlling and storing goods or materials through the processes of manufacturing, distribution, consumption, and disposal. The aim of these systems is to ensure that products or materials are available in the right place at the right time, mitigating damage or loss, and efficiently managing the flow.
Collator System by ELITER Packaging Machinery
Credit: ELITER Packaging Machinery
We have discussed bunches of such systems like pick-and-place devices, pitch-variable systems, racetrack collators and smart conveyor systems. To review the details, you find further information by click the following articles:
- What are Racetrack Collators?
- What are Smart Conveyor Systems?
- What are Pitch-Variable Gripper Mechanisms?
- What are Pick-and-Place Mechanisms?
Advantages and Potentials of Bespoke Packaging Automation
- Escalated Efficiency and Productivity:
The bedrock upon which the appeal of bespoke automation is built is its impressive potential to turbocharge efficiency and productivity. By meticulously addressing the operational nuances characteristic of particular businesses, such systems reduce wastage, streamline processes, heighten throughput, and facilitate a noticeable acceleration in the packaging process.
Furthermore, the bespoke nature of the automation solution allows for a precise alignment with the packaging requirements of the business involved. It leads to a significant reduction in operational errors that could emanate from a misalignment between automation solutions and packaging necessities. The custom-tailored approach ensures each process is optimized, leading to a higher volume of packages handled per work hour, thus driving productivity up.
- Flexibility Infusion:
A critical advantage of bespoke packaging automation is the generous dose of flexibility it introduces. Custom-made solutions offer an adaptive nature that the inflexibility of standard automation systems often lacks. Suppose a business offers products of different sizes, weights, and shapes. In that case, an off-the-shelf automation solution might struggle to accommodate these differences, potentially hampering efficiency. However, with bespoke automation, these variances are baked into the design, facilitating seamless adaptability to product variations.
Moreover, bespoke packaging automation systems provide a more effective response to evolving market demands. As market trends shift and business strategies adjust, custom-made automation systems can be adapted or upgraded more easily than fixed off-the-shelf systems. This adaptability ensures such systems remain valuable assets, even amidst changing market dynamics.
- Long-term Cost-effective Option:
One of the persuasive justifications for bespoke automation is its potential to offer significant savings in the long run. Undeniably, venturing into the realm of custom-made automation may necessitate a higher initial investment than availing off-the-shelf solutions. There might be costs involved with the initial design and execution of the system, possible acquisition of specialized equipment, bespoke software development, and potentially, training of employees.
However, the cost-efficiency of such customized systems becomes evident in the long haul. Their efficiency and the waste reduction they herald significantly trims down operational expenses. Furthermore, their flexibility ensures that businesses don’t have to periodically undergo costly system upgrades. Instead of investing in an entirely new system when business requirements evolve, the existing bespoke system can be effectively updated or adapted. Therefore, while the initial investment may be hefty, the return on investment over time can make it a cost-effective venture.
Disadvantages Brought by Bespoke Packaging Automation
- Upfront Setup Costs – Extravagant Price
The initial costs associated with implementing a bespoke packaging automation system can be daunting. The financial investment required to develop and design a custom solution, coupled with the acquisition of specialized equipment and software and potentially retraining staff, can put a strain on the monetary resources of the business. This cost implication becomes especially significant for small and medium businesses that might be operating under stringent budgetary constraints.
However, it is essential to keep in perspective that this is an upfront cost, primarily associated with the transition phase. Once it is installed and operational, the system can generate significant savings and increases in efficiency that often justify the initial expenditure. Nonetheless, the financial implications should be thoroughly evaluated against the expected benefits to ensure financial viability.
- Extensive Implementation Timeframe – Long Lead Time
Crafting an automation solution that is well-suited to a specific business’s needs is not a hurried process. It demands time for a comprehensive understanding of the nuances involved, devising a strategic solution, and proficient execution. This extensive timeframe can prove to be challenging, particularly in industries where market dynamics are rapidly changing.
The time challenge extends to the subsequent stages of testing, tweaking, and training as well. Thorough testing of the bespoke automation solution is critical to determining its efficiency and effectiveness. Furthermore, post-installation tweaks may be necessary to refine the operational process and bubbling glitches. Additionally, training staff to utilize the new system effectively can present another time consideration.
- Maintenance Vulnerabilities – Specific Professionalism Required
Crafting one-of-a-kind automation solutions also necessitates dedicated support and specific technical expertise for maintenance purposes. Unlike common automation systems where the technological know-how might be ubiquitous, bespoke systems can demand specialized maintenance services. Therefore, the unavailability of an experienced technician or the occurrence of an unforeseen technical glitch can potentially lead to operational downtime — a situation that businesses invariably strive to avoid. Furthermore, the need for specialized maintenance can also pile onto the costs associated with the system.
Additionally, upgrades and adaptations can become complex over time. As the solution is tailor-made, developing upgrades or making significant changes can involve considerable time and cost. Therefore, although maintenance and eventual upgrading are critical factors for all automation systems, the implications can be more complex and more expensive for custom solutions.
Finding Equilibrium: Judiciously Evaluating The Pros and Cons
While the benefits of bespoke packaging automation can be compelling, they need to be assessed judiciously against the potential drawbacks. The decision to transition towards custom-made solutions should be predicated on a thorough analysis of various factors. It includes assessing the current operational needs, budgetary resources, and expectations of future growth, and developing a comprehensive business strategy that accommodates these aspects.
Is the initial high investment cost justified by the efficiency and flexibility the system promises? How dynamic are the business’s operations, and how much would they benefit from a system built uniquely for them? What are the prospects of business growth, and how would the trio of functionality, scalability, and economic feasibility play out in the organizational setting? These are the questions businesses ought to ask themselves to make a well-informed decision.
