How a Packaging Manufacturer in Burkina Faso Expanded Short-Run PP Pouch Production with Digital Printing
Watch It in Action: Real PP Pouch Printing in Burkina Faso
See how our client uses the LEOPARD-UVS UV Single-Pass Printer to produce high-quality PP woven bags and flexible packaging on-site. No plate making, perfect ink adhesion.
Why More Packaging Manufacturers Are Looking Beyond Traditional Printing
For many flexible packaging manufacturers, screen printing and flexographic printing have been reliable production methods for decades. When orders are large and artwork stays the same, these technologies remain efficient and cost-effective.
However, the packaging market has changed.
Today, food brands, local businesses, and private-label manufacturers increasingly request shorter production runs, multiple package designs, seasonal promotions, and faster delivery times. Instead of ordering hundreds of thousands of identical bags, customers often need several smaller batches with different graphics or product information.
For packaging manufacturers, this creates a difficult balance.
Traditional printing methods still deliver excellent quality, but every design change means additional setup work, new plates, material waste, and longer lead times. Small orders can quickly become unprofitable, while turning them away may mean losing valuable customers.
This challenge is no longer unique to Europe or North America. We are seeing the same trend in emerging markets, where local packaging companies are looking for more flexible production methods without sacrificing print quality.
A Real Project from Burkina Faso
Earlier this year, our engineering team traveled to Burkina Faso in West Africa to install a LEOPARD-UVS UV Single Pass Printer for a local flexible packaging manufacturer.
The company specializes in producing polypropylene (PP) pouches and other flexible packaging used for products such as cocoa powder, biscuits, and food packaging. Like many growing manufacturers, their business was expanding beyond large-volume orders. More customers were asking for customized packaging, smaller quantities, and faster turnaround times.
Interestingly, the customer’s biggest challenge wasn’t printing quality.
They already knew how to produce attractive packaging using conventional printing methods.
The real challenge was adapting their production process to a changing market.
When Traditional Printing Starts Limiting Business Growth
During our conversations with the customer, one issue came up repeatedly.
Many of their potential orders were simply too small for traditional production to be economical.
With conventional screen printing or flexographic printing, every new design requires plate making and machine setup before production even begins. Those preparation costs are acceptable for large production runs, but they become increasingly difficult to justify when customers only need a few hundred or a few thousand bags.
In practice, this often forces packaging manufacturers into difficult decisions:
· Decline low-volume orders.
· Charge prices that customers are unwilling to accept.
· Or absorb the setup costs and reduce profit margins.
None of these options supports long-term business growth.
The customer wasn’t looking to replace every existing production line. Instead, they wanted a solution that would allow them to handle the growing number of short-run and customized jobs without disrupting their core business.
How the Customer Evaluated Different Printing Solutions
Finding a digital printing solution wasn’t the customer’s first step. Like many packaging manufacturers, they had already built their business around conventional printing methods and understood exactly where those technologies performed well.
The challenge wasn’t replacing existing production—it was finding a practical way to handle the growing number of short-run and customized orders without disrupting their workflow.
As we discussed their production process, several concerns came up repeatedly.
Ink Adhesion on PP and PE Materials
The first was ink adhesion. Everyone in the flexible packaging industry knows that printing on PP and PE materials is never as simple as printing on paper. A machine can produce attractive samples during a demonstration, but what really matters is whether the printed image remains durable during transportation, storage, and daily handling.
Production Efficiency and Ease of Operation
The second concern was production efficiency. The customer wasn’t looking for a machine that could only produce beautiful prototypes. They wanted equipment capable of supporting real production, day after day, with consistent quality and minimal downtime.
They also paid close attention to ease of operation. Hiring experienced printing operators is becoming increasingly difficult in many countries. A complicated workflow means longer training times and higher labor costs. The customer preferred a system that ordinary operators could learn quickly, allowing production to continue even when staff changed.
Long-Term Technical Support and Spare Parts
Another important consideration was technical support.
Purchasing an industrial printer is very different from buying office equipment. The machine may operate for many years, so reliable after-sales service, remote technical support, and the availability of spare parts are often just as important as the machine itself. Especially for customers located thousands of kilometers away, knowing that technical assistance is available when needed provides valuable peace of mind.
Rather than focusing on a single specification or comparing resolution numbers alone, the customer evaluated the complete production process—from material compatibility and print quality to maintenance, training, and long-term operating costs.
In the end, the decision wasn’t based on one impressive feature.
It was based on confidence that the solution could fit into their existing business, help them accept more flexible packaging orders, and continue delivering reliable performance after installation.
For us, this reflects how most industrial equipment decisions are actually made. The machine is important, but so is the ability to support a customer’s business as it continues to grow.
From Installation to Real Production
On-Site Installation and Hands-On Training
When the equipment arrived at the customer’s factory, the goal wasn’t simply to complete the installation as quickly as possible. More importantly, it was to help the customer’s team feel confident using the machine in their own production environment.
Instead of printing only standard demonstration samples, our engineers worked with the customer’s actual materials and packaging designs. This allowed the team to evaluate the machine under the same conditions they would face in daily production.
During the installation, operators learned each step of the workflow—from loading materials and preparing print files to adjusting print settings and performing routine maintenance. As they became familiar with the process, they gradually took over more of the operation themselves while our engineers provided guidance when needed.
One thing that impressed the customer was how quickly the machine became part of their normal production routine. The interface was straightforward, and routine functions such as automatic cleaning and maintenance reduced the amount of manual work required from operators. Rather than depending on highly experienced printing technicians, the company could train its existing staff to run the machine with confidence.
Transitioning from Test Samples to Daily Production
Of course, installing a new industrial printer is only the beginning. What really matters is whether it continues to perform reliably once the engineers leave.
That is why we always encourage customers to begin with their own production jobs as early as possible. Every factory has different materials, different products, and different workflows. Running real orders—not just test samples—is the best way to confirm that the equipment fits naturally into everyday production.
For this customer, that transition happened quickly. Soon after installation, the team began producing packaging for their own products, marking the point where the project moved from a successful installation to practical manufacturing.
One Month Later: Small Changes That Made a Big Difference
The Customer's First Follow-Up
About one month after the installation, we reached out to the customer to see how production was progressing.
The response was simple:”Our machine is working well now. Our team is starting to really get the hang of it.”
From Learning Curve to Stable Production
For us, this short message was more valuable than a long list of technical specifications.
Industrial equipment isn’t judged by how it performs during a factory demonstration. It’s judged by whether it continues to run reliably after weeks of real production, with different operators, different jobs, and the everyday demands of a working factory.
By the time of our follow-up, the customer was already producing packaging for products such as cocoa powder and biscuits. The print quality remained clear, colors were consistent, and the machine had become part of their normal production workflow rather than a separate testing project.
The Real Business Impact: Flexibility
Perhaps the biggest change wasn’t the machine itself—it was the flexibility it brought to the business.
Instead of viewing short-run orders as a production challenge, the customer now had another option. They could respond more quickly to requests for customized packaging, produce samples for new products, and handle smaller quantities without the additional preparation associated with traditional plate-making.
Digital printing didn’t replace every conventional process in their factory, but it expanded what their business was able to offer.
That is becoming a common pattern across the packaging industry. More manufacturers are keeping their traditional production lines for high-volume work while adding digital printing to handle short runs, product testing, seasonal packaging, and personalized orders.
As market demand continues to shift toward greater flexibility, having both capabilities allows packaging companies to respond to a wider range of customer needs without changing the way they do business.
What Other Packaging Manufacturers Can Learn from This Project
Every packaging factory is different. Production volume, customer requirements, and business models vary from one company to another. That’s why there is no single printing solution that fits every application.
The Shift Toward Flexible and Short-Run Packaging
However, this project in Burkina Faso reflects a challenge that many packaging manufacturers are facing today.
Customer expectations are changing. Instead of ordering one large production run, many brands now introduce new products more frequently, launch seasonal promotions, or test different packaging designs before committing to higher volumes. As a result, packaging suppliers are expected to deliver greater flexibility while maintaining consistent quality and competitive lead times.
For manufacturers that rely entirely on traditional printing, these changing demands can be difficult to accommodate. Frequent artwork changes, plate-making costs, and longer setup times may reduce efficiency when handling short-run production.
Digital Printing as a Complement, Not a Replacement
Digital printing offers another approach.
Rather than replacing conventional printing, it can complement existing production by handling jobs where flexibility matters most—such as product samples, limited editions, regional packaging, promotional campaigns, and customized orders.
That was exactly how the customer in Burkina Faso approached the investment. Their goal wasn’t to abandon traditional production methods. Instead, they wanted to expand the types of orders they could confidently accept and provide customers with more options without adding unnecessary complexity to their workflow.
As digital printing technology continues to mature, more packaging manufacturers are adopting this hybrid production model—using conventional printing for high-volume jobs while relying on digital printing for shorter runs and faster turnaround. This allows them to respond more quickly to market changes and serve a broader range of customers.
Whether you’re producing PP pouches, PE bags, BOPP packaging, or other flexible packaging products, the first step isn’t choosing a machine—it’s understanding how your customers’ purchasing habits are changing. The right equipment should support your business strategy, not define it.
Frequently Asked Questions
Can UV digital printing achieve good ink adhesion on PP and PE pouches?
PP and PE materials are known for their low surface energy, which makes ink adhesion a common concern for packaging manufacturers. In this project, the customer used the printer to produce packaging on PP materials with stable print quality after installation. The LEOPARD-UVS UV Single Pass Printer is equipped with a plasma treatment system designed to improve ink adhesion on flexible packaging materials, helping achieve durable results in daily production. As with any industrial application, we always recommend testing your own materials before making an investment decision.
Is digital printing a replacement for screen printing or flexographic printing?
Not necessarily.Traditional printing technologies remain the most economical solution for large-volume, repeat production. Digital printing is often used alongside existing production lines to handle short runs, product sampling, multiple SKUs, seasonal packaging, and customized orders. Many packaging manufacturers find that combining both technologies gives them greater flexibility without changing their core production process.
Is the machine difficult to operate?
Ease of operation was one of the customer’s key considerations during this project. The integrated control system and automated maintenance functions help simplify daily operation, allowing operators to become familiar with the workflow in a relatively short period of time. During this installation, the customer’s team was able to begin operating the equipment independently after receiving on-site training.
What materials can be printed?
The LEOPARD-UVS UV Single Pass Printer is suitable for a variety of flexible packaging materials, including PP, PE, PET, BOPP, kraft paper bags, composite bags, and non-woven bags. Because every material has different surface characteristics, we encourage customers to test their own products before finalizing a production solution.
Final Thoughts
The experience of this packaging manufacturer in Burkina Faso reflects a broader shift taking place across the flexible packaging industry.
As brands continue to demand shorter lead times, more product variations, and customized packaging, manufacturers are looking for production methods that offer greater flexibility without compromising quality.
A Complementary Solution, Not a Replacement
Digital printing is not about replacing every traditional process. Instead, it gives packaging manufacturers another option—one that makes it easier to respond to changing customer needs, produce smaller batches efficiently, and explore new business opportunities.
Every factory has its own products, materials, and production goals. That’s why there is no universal solution for every application. The best way to evaluate any printing technology is to test it with your own materials and real production requirements.
If you’re exploring digital printing for PP pouches, PE bags, BOPP packaging, or other flexible packaging products, we’d be happy to help evaluate your application. Simply send us your material samples, and our engineering team can provide printing tests and practical recommendations based on your specific production needs.
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