The decision is not always obvious. It is not simply about adding a robot or installing an automatic case packer, but about analyzing whether the current state of the end of the line is limiting growth, efficiency, or profitability. Identifying the right signals is the first step toward making a strategic decision.

Signal 1: The end of the line is the main bottleneck

If production capacity could increase, but case packing or palletizing cannot absorb additional volume, this is a clear sign. Many companies realize when to automate the end of the line precisely when the rest of the plant is already optimized, yet the final stage remains manual or semi-automatic.

The result often includes:

• Product accumulation
• Intermittent stoppages
• Staff overload
• Loss of overall efficiency

Automatic case packing: the key to optimizing the end of the line in the food industry

Signal 2: High dependency on labor

Manual palletizing and case packing involve repetitive and physically demanding tasks. Beyond ergonomic impact, there is also a strong dependency on workforce availability.

If your plant experiences:

• High employee turnover
• Difficulty covering shifts
• Increasing labor costs
• Variability in pallet quality

This is a clear indicator that you should consider when to automate the end of the line to reduce dependency and stabilize operations.

Signal 3: Increased SKUs and frequent format changes

Today’s industry operates with multiple SKUs, constant product launches, and packaging changes. When format changes slow down the end of the line or generate errors, this is another clear sign.

Understanding when to automate the end of the line also means anticipating future complexity. Well-designed automated systems can manage different palletizing patterns and case packing configurations quickly and accurately.

Signal 4: Recurring pallet quality or stability issues

A poorly formed pallet can cause:

• Logistics incidents
• Transportation damage
• Warehouse rejections
• Brand image issues

If product stability depends too heavily on the operator, it is time to evaluate when to automate the end of the line to ensure repeatability and precision.

Signal 5: Expected production growth

Many companies react once the problem already exists. However, one of the smartest decisions is to anticipate it. Understanding when to automate the end of the line also means planning for growth.

If you plan to:

• Increase production capacity
• Add additional shifts
• Enter new markets
• Launch new product lines

The end of the line must be sized for that future scenario.

Signal 6: Lack of data and control in the final stage

A manual end of the line makes it difficult to collect reliable data. Without accurate information on throughput, stoppages, or efficiency, optimization becomes challenging.

When asking yourself when to automate the end of the line, you should also consider digitalization. Automated systems allow data integration, performance monitoring, and decision-making based on real information.

Signal 7: Poor process integration

The end of the line is not an isolated system. It must integrate with case packing, internal conveying, labeling, and shipping. If frequent misalignments, unnecessary accumulations, or synchronization issues exist, it is time to analyze when to automate the end of the line from a global perspective.

Well-integrated automation does not only increase speed—it enhances stability.

How to approach the decision correctly

Knowing when to automate the end of the line does not mean acting impulsively. It requires technical and strategic analysis:

• Study of real production rates
• Evaluation of future projections
• Available space analysis
• Integration review with existing equipment
• Return on investment calculation

Automation must adapt to the product, the environment, and the company’s objectives. There are no universal solutions.

Automation as a strategic decision

The real question is not only when to automate the end of the line, but how to do it coherently and aligned with business growth.

At Xolertic, we understand that each plant has its own reality. That is why we analyze every project from the product perspective, the production environment, and future projections. Automation is not about installing a machine—it is about designing an integrated system that delivers stability, efficiency, and scalability.

The end of the line is the last point before the product reaches the market. If that stage is unstable, the entire chain is affected. Detecting the signals early allows you to turn it into a competitive advantage.

Unlike more rigid formats, flexible packaging—such as pillow bags, doypacks or flowpacks—tends to deform, shift, and react differently depending on the product, fill level, or even temperature.

That’s why having a well-designed system is no longer just an operational improvement—it becomes a key productivity driver, ensuring continuous flow, minimizing interruptions, and maintaining consistent performance across the line.

The real challenge: controlling instability

In many production lines, the manufacturing process is already fully optimized. However, bottlenecks often appear at the end of the line.

Why?

Because flexible packaging:

• Does not maintain a consistent geometry
• Is difficult to position accurately
• Can create irregular accumulations
• Requires gentle handling to avoid deformation

This leads to stoppages, rejects, or efficiency losses if the system is not properly designed.

The conclusion is clear: a fast line does not guarantee efficient production if the end-of-line is not aligned with that speed.

End-of-line automation is a decision built on trust

The key: system engineering, not just machinery

A common mistake is to approach case packing and palletizing as separate processes. In reality, they must be designed as a fully integrated system.

An efficient approach to case packing and palletizing system for flexible packaging should include:

• Product flow control from the packaging machine output
• Grouping systems adapted to the behavior of the product
• Specific handling technologies (vacuum, grippers, Delta robots)
• Full synchronization between case packing and palletizing
• Layout design that prevents accumulation or micro-stoppages

This is where engineering makes the difference.

It’s not just about moving products—it’s about ensuring that every stage of the process operates with stability.

Technologies that make the difference

Depending on the type of packaging and production speed, different technologies can optimize the process:

1. High-speed Pick & Place systems

Ideal for high-volume lines, enabling precise and repeatable handling of flexible packaging.

What is a pick and place system?

2. Delta robots

Especially effective for lightweight products, combining speed with gentle handling.

3. Intelligent grouping systems

Before case packing, proper product organization is essential to avoid misalignment.

4. Adaptive case packing

Capable of adjusting to multiple formats and configurations without complex changeovers.

5. Robotic palletizing

Enables different palletizing patterns while ensuring load stability, even with unstable products.

Stability in action

In the video accompanying this article, you can see how a complete case packing and palletizing system for flexible packaging operates continuously and in full synchronization.

👉 From product infeed to final pallet output, every stage is designed to avoid interruptions.

Key highlights include:

• Continuous flow without uncontrolled accumulation
• Precise handling of flexible packaging without deformation
• Smooth transition between case packing and palletizing
• High speed maintained without loss of control

This type of solution proves that performance and stability can go hand in hand—even in complex applications.

Real benefits on the production floor

Implementing an optimized case packing and palletizing system for flexible packaging has a direct impact on operations:

Higher overall efficiency

Micro-stoppages are eliminated, maintaining production rhythm.

Reduced errors

Less product misplacement or damage.

Operational flexibility

Ability to handle multiple formats and SKUs.

Better return on investment

A stable line reduces hidden costs and improves long-term productivity.

Scalability

The system can evolve according to future needs.

Beyond speed: designing for stability

In the industrial sector, there is often a tendency to prioritize speed as the main performance indicator. However, when working with flexible packaging, flow stability is just as important—if not more.

A fast line that stops frequently is a costly line.

That’s why the approach must change:

It’s not about going faster—it’s about maintaining flow without interruptions.

What defines a truly efficient system

Case packing and palletizing for flexible packaging requires a specific approach, based on product understanding and full system design.

Choosing a machine is not enough. What’s needed is a complete solution that ensures:

• control
• synchronization
• stability

Its ability to handle products quickly, accurately, and adaptively allows manufacturers to optimize case packing, grouping, and handling processes in industries with high production demands.

Especially in sectors such as food, beverages, cosmetics, pharma, and consumer goods — where multiple formats and high production rates coexist — implementing a pick and place system is no longer just an operational improvement: it is a strategic decision to maintain competitiveness.

Automatic case packing: the key to optimizing the end of the line in the food industry

What is a pick and place system?

A pick and place system is an automated solution designed to pick products from a specific position and place them in another in a controlled and repetitive way.

Although the concept may seem simple, behind this movement lies a combination of:

• robotics
• vision systems
• control systems
• dedicated handling tools
• synchronization with the entire production line

The objective is not simply to move products, but to do so while maintaining stability, speed, and precision, even in high-demand environments.

Today, pick and place systems are an essential part of many processes such as:

• automatic case packing
• line feeding
• product grouping
• palletizing
• handling of flexible or rigid packaging

Why the pick and place system is so important in the end-of-line

In many industrial plants, the end-of-line is where the biggest operational challenges appear.

Products arrive at high speed, formats change frequently, logistical complexity increases, and any small deviation can affect the overall performance of the line.

In this context, a pick and place system helps maintain a stable and automated production flow, reducing manual intervention and minimizing errors.

The main advantage of this type of technology is its adaptability.

Unlike more rigid or mechanical systems, pick and place solutions can handle different products and configurations with a high level of flexibility.

This is especially important in lines with:

• multiple SKUs
• frequent format changes
• delicate products
• high-speed requirements

End-of-line automation is a decision built on trust

How Xolertic approaches pick and place systems

At Xolertic, the approach is not simply about integrating robots into a line.

Each pick and place system is designed as part of a complete end-of-line solution, taking into account:

• product behavior
• required speed
• packaging type
• available space
• integration with case packing and palletizing systems

Depending on the application, Xolertic integrates different technologies such as:

• high-speed Delta robots
• 2-axis robots
• 4-axis spider systems
• collaborative COBOT solutions
• vision systems for position and orientation detection

As explained in Xolertic’s automatic case packing solutions, pick and place systems allow multi-picking applications, handling of multiple formats, and continuous synchronization with the production flow.

In addition, the modular design facilitates future expansions and adaptations as customer needs evolve.

Flexibility: the real competitive advantage

One of today’s biggest production challenges is variability.

Production lines must be capable of handling:

• different sizes
• multiple packaging types
• frequent changes
• new product references

This is why flexibility has become one of the most important factors when designing an end-of-line system.

And this is exactly where the pick and place system provides a clear competitive advantage.

Thanks to robotics and intelligent control systems, product handling can be quickly adapted without requiring complex modifications across the entire installation.

This allows manufacturers to:

• reduce changeover times
• improve productivity
• increase plant adaptability
• maintain stability even in complex lines

Common applications of pick and place systems

Today, pick and place systems have a wide range of applications within industrial automation.

At Xolertic, this technology is especially used for:

• flexible packaging case packing
• bottle and brick handling
• food product grouping
• multi-format solutions
• cosmetics and personal care lines
• complete end-of-line integration

In industries such as food or cosmetics, where product presentation and delicate handling are critical, system precision is essential to maintain product quality.

In addition, for high-speed applications, Delta robots and spider systems can achieve very high production rates while maintaining precision and repeatability.

Case packing and palletizing for flexible packaging: how to ensure stability in high-production lines

Beyond product handling

A pick and place system is often associated only with moving products.

But in reality, its impact goes much further.

When properly integrated into the overall end-of-line system, this technology helps:

• stabilize production flow
• reduce downtime
• minimize errors
• optimize space
• improve operational efficiency

And above all, it allows manufacturers to design production lines prepared to grow and adapt to future changes.

Because automation is not just about adding robots.

It is about designing systems capable of maintaining performance over time.

The future of end-of-line automation is flexibility

Industrial automation is evolving toward increasingly flexible, intelligent, and adaptable models.

In this context, the pick and place system will continue to be one of the key technologies for meeting new market demands.

Especially in industries where product variability, speed, and efficiency are critical.

At Xolertic, this approach is part of every project: designing end-of-line solutions that combine robotics, engineering, and a global process vision to guarantee long-term stability and performance.

It reflects where the industry is heading — toward smarter, more flexible, and fully integrated end-of-line automation solutions designed for today’s high-demand production environments.

In its latest edition, Food Chain Magazine highlights Shearer’s Foods’ new strategic investment in Dayton, Ohio, a major project where Xolertic is delivering a complete end-of-line automation solution for a highly dynamic multi-SKU production facility.

For Xolertic, being part of this project and recognized in a leading U.S. industry publication represents another important milestone in our continued growth within the North American market.

Read the full article

Built for speed, flexibility, and performance at scale

The new Shearer’s Foods facility has been designed to meet one of the biggest challenges facing today’s food industry: maintaining high production efficiency while managing multiple SKUs, fast-paced operations, and constant production changes.

To support these demands, Xolertic is supplying a fully integrated solution that includes:

• sorting systems
• automatic case packing
• re-packing solutions
• robotic palletizing
• complete end-of-line integration

The entire system has been designed to maximize operational stability, production flow, and efficiency at scale.

One of the key highlights of the project is its ability to manage ultra-fast format changeovers, offering some of the fastest changeover capabilities available on the market today.

And in high-volume snack production environments, that level of flexibility is critical.

End-of-line automation is no longer just about machines

Today, manufacturers are facing a very different reality than they were just a few years ago.

Higher production demands, more product variations, labor challenges, and the need for operational flexibility are changing the way companies approach automation.

That is why, at Xolertic, we believe end-of-line automation should not be viewed simply as adding machines to a plant.

Real value comes from integration.

It comes from designing systems where sorting, case packing, handling, transport, and palletizing all work together as one connected operation.

This integrated approach allows manufacturers to:

• improve production flow
• reduce downtime
• minimize manual intervention
• optimize efficiency
• adapt more easily to future production needs

And this is exactly the kind of flexibility and scalability required in modern multi-SKU production environments like Shearer’s Foods.

Strengthening Xolertic North America

This project also reflects the continued growth of Xolertic North America and our expanding presence across the U.S. market.

Across the food industry, manufacturers are increasingly investing in automation solutions capable of delivering not only speed, but also flexibility, reliability, and long-term operational performance.

Being part of projects like this reinforces Xolertic’s position as a global end-of-line automation partner focused on delivering fully integrated solutions for demanding production environments.

From our manufacturing facilities in Europe and India to our growing sales and service structure in the United States, we continue working to support manufacturers with automation solutions built around real production challenges.

Thank you for the trust

We would like to especially thank Shearer’s Foods for the trust placed in our team throughout this project.

We would also like to thank Food Chain Magazine for featuring this collaboration in one of the industry’s leading publications.

Projects like this clearly show where the future of packaging automation is headed:
smarter systems, more connected operations, and production lines designed to adapt to constant change.

Because the future of end-of-line automation is not only about speed.

It is about integration, adaptability, and long-term performance.

Read the full feature in Food Chain Magazine:
Food Chain Magazine feature

Discover more about Xolertic North America:
Xolertic North America

Xolertic

Bringing together manufacturers, retailers, and suppliers of packaging equipment, ingredients, and materials, the event provided a highly focused environment for industry insights, education, and strategic networking.

For XOLERTIC, participating in this conference was not just about presence — it was about understanding where the market is heading and how end-of-line automation for confectionery can support that growth.

A Strong and Positive Market Outlook

One of the clearest messages across the different sessions was the strength of the confectionery market in North America.

The industry continues to show solid performance, with a positive outlook driven by:

• Consistent consumer demand
• Product innovation and new launches
• Expansion across multiple formats and channels
• Increasing production volumes

This growth reinforces the need for efficient, scalable production systems, especially at the end of the line, where end-of-line automation for confectionery plays a key role.

A Highly Connected and Collaborative Industry

Beyond the data and presentations, the conference stood out for its energy and collaborative atmosphere.

It brought together key players across the value chain:

• Confectionery manufacturers
• Retailers and distributors
• Packaging and ingredient suppliers
• Equipment manufacturers

This environment allowed for open conversations, idea exchange, and meaningful connections.

For XOLERTIC, it was a valuable opportunity to engage directly with manufacturers, understand their current challenges, and discuss how end-of-line automation for confectionery can support their operations.

End-of-Line Automation: A Growing Priority

A recurring theme throughout conversations was the increasing importance of end-of-line automation.

As confectionery production becomes more complex — with more SKUs, frequent format changes, and higher output requirements — manufacturers are looking for ways to:

• Improve production efficiency
• Reduce labor dependency
• Ensure consistent case packing and palletizing
• Maintain stable operations at higher speeds

In this context, end-of-line automation for confectionery is no longer seen as a secondary process. It is becoming a strategic area directly linked to overall performance and profitability.

At XOLERTIC, this aligns perfectly with our approach: designing end-of-line automation for confectionery solutions that adapt to real production environments and evolving market demands.

Valuable Connections and Next Steps

The conference also provided an excellent platform to build strong industry relationships.

We leave Orlando with:

• High-quality contacts across the confectionery sector
• Promising project discussions
• A clearer understanding of market needs and priorities

These insights will guide our next steps as we continue to expand our presence in North America and strengthen our positioning in end-of-line automation for confectionery.

Looking Ahead: Sweets & Snacks Expo

Following the momentum of the NCA Conference, the next key milestone for the industry is the Sweets & Snacks Expo in May.

For XOLERTIC, the focus now is clear:

• Reconnect with the contacts established during the event
• Continue conversations around automation opportunities
• Translate insights into real projects and collaborations

Supporting Confectionery Manufacturers with End-of-Line Automation

As the confectionery industry continues to grow, manufacturers need end-of-line systems that can keep pace with production demands.

At XOLERTIC, we specialize in:

• High-performance case packing systems
• Advanced palletizing solutions
• Integrated end-of-line layouts adapted to existing plants
• Scalable systems designed for future growth

Our goal is simple: turn end-of-line automation for confectionery into a measurable competitive advantage.

👉 If you are exploring end-of-line automation for confectionery for your production line, our team can help you analyse your current setup and identify the right solution for your operation.

The decision is not always obvious. It is not simply about adding a robot or installing an automatic case packer, but about analyzing whether the current state of the end of the line is limiting growth, efficiency, or profitability. Identifying the right signals is the first step toward making a strategic decision.

Signal 1: The end of the line is the main bottleneck

If production capacity could increase, but case packing or palletizing cannot absorb additional volume, this is a clear sign. Many companies realize when to automate the end of the line precisely when the rest of the plant is already optimized, yet the final stage remains manual or semi-automatic.

The result often includes:

• Product accumulation
• Intermittent stoppages
• Staff overload
• Loss of overall efficiency

End-of-Line Automation Industries

Signal 2: High dependency on labor

Manual palletizing and case packing involve repetitive and physically demanding tasks. Beyond ergonomic impact, there is also a strong dependency on workforce availability.

If your plant experiences:

• High employee turnover
• Difficulty covering shifts
• Increasing labor costs
• Variability in pallet quality

This is a clear indicator that you should consider when to automate the end of the line to reduce dependency and stabilize operations.

Signal 3: Increased SKUs and frequent format changes

Today’s industry operates with multiple SKUs, constant product launches, and packaging changes. When format changes slow down the end of the line or generate errors, this is another clear sign.

Understanding when to automate the end of the line also means anticipating future complexity. Well-designed automated systems can manage different palletizing patterns and case packing configurations quickly and accurately.

Signal 4: Recurring pallet quality or stability issues

A poorly formed pallet can cause:

• Logistics incidents
• Transportation damage
• Warehouse rejections
• Brand image issues

If product stability depends too heavily on the operator, it is time to evaluate when to automate the end of the line to ensure repeatability and precision.

Signal 5: Expected production growth

Many companies react once the problem already exists. However, one of the smartest decisions is to anticipate it. Understanding when to automate the end of the line also means planning for growth.

If you plan to:

• Increase production capacity
• Add additional shifts
• Enter new markets
• Launch new product lines

The end of the line must be sized for that future scenario.

Signal 6: Lack of data and control in the final stage

A manual end of the line makes it difficult to collect reliable data. Without accurate information on throughput, stoppages, or efficiency, optimization becomes challenging.

When asking yourself when to automate the end of the line, you should also consider digitalization. Automated systems allow data integration, performance monitoring, and decision-making based on real information.

Signal 7: Poor process integration

The end of the line is not an isolated system. It must integrate with case packing, internal conveying, labeling, and shipping. If frequent misalignments, unnecessary accumulations, or synchronization issues exist, it is time to analyze when to automate the end of the line from a global perspective.

Well-integrated automation does not only increase speed—it enhances stability.

How to approach the decision correctly

Knowing when to automate the end of the line does not mean acting impulsively. It requires technical and strategic analysis:

• Study of real production rates
• Evaluation of future projections
• Available space analysis
• Integration review with existing equipment
• Return on investment calculation

Automation must adapt to the product, the environment, and the company’s objectives. There are no universal solutions.

Automation as a strategic decision

The real question is not only when to automate the end of the line, but how to do it coherently and aligned with business growth.

At Xolertic, we understand that each plant has its own reality. That is why we analyze every project from the product perspective, the production environment, and future projections. Automation is not about installing a machine—it is about designing an integrated system that delivers stability, efficiency, and scalability.

The end of the line is the last point before the product reaches the market. If that stage is unstable, the entire chain is affected. Detecting the signals early allows you to turn it into a competitive advantage.

Organized by the American Frozen Food Institute (AFFI), the event has been bringing together manufacturers, suppliers, and industry leaders for more than five decades. This year’s edition once again provided a dynamic platform to exchange insights, explore emerging trends, and discuss the future direction of frozen food production through conferences, Lunch & Learn sessions, forums, and high-level networking opportunities.

For XOLERTIC, AFFI-Con 2026 was more than an industry event — it was a strategic opportunity to reinforce our commitment to the North American market.

Supporting frozen food producers at AFFI-CON 2026 with high-performance end-of-line automation solutions

At XOLERTIC, we specialize in transforming end-of-line operations into a measurable competitive advantage.

Frozen food production presents unique challenges: cold environments, multiple SKUs, frequent format changes, labor constraints, and increasing pressure for efficiency and uptime. Our automation solutions are engineered specifically to address these realities.

Our core expertise includes:

• High-performance case packing systems
• Advanced palletizing solutions
• Integrated end-of-line layouts adapted to existing plants
• Scalable systems designed for long-term growth

Our value proposition — “Boost flexibility, uptime, and ROI across multiple SKUs and packaging formats” — resonated strongly with manufacturers seeking reliable, future-ready automation solutions.

End-of-Line Automation Industries

Continued U.S. Expansion

With more than 60 years of global engineering expertise, XOLERTIC continues to expand its footprint in North America. AFFI-Con provided the ideal environment to present our recent U.S. expansion plans, strengthen relationships with key industry players, and explore collaborative opportunities.

The event generated several promising project discussions and strategic initiatives that we look forward to developing in the coming months.

Looking Ahead

The frozen food industry continues to evolve rapidly, and end-of-line automation plays a critical role in improving efficiency, safety, and long-term profitability.

At Xolertic, we’ve developed a purpose-built solution for chain-format products, engineered from the ground up to meet the technical, production, and quality requirements involved in handling chainpacks. This isn’t about modifying a standard case packer — it’s about delivering a system specifically designed to ensure product stability, accuracy, and protection.

What Is a Chainpacks Case Packing System — and Why Is It Different?

A Chainpacks case packing system loads products grouped in a chain configuration into a case, ensuring controlled folding and placement without deformation.

Unlike rigid or single-unit formats, chainpacks introduce unique challenges:

• Product flexibility
• Variable product lengths
• Internal folding requirements
• Risk of distortion or misalignment
• Stability requirements inside the case

A conventional case packer can load products into cases, but it isn’t engineered to manage the dynamic behavior of a chain-format product. That’s why chainpacks require a specialized case packing solution.

Our Approach: Technology Designed Around the Product

The Xolertic Chainpacks Case Packer integrates advanced Pick & Place technology specifically developed for this application. The key differentiator is clear: folding is performed directly inside the case, eliminating unnecessary external handling steps.

This approach provides:

• Complete product control throughout the packing cycle
• Adaptability to different chainpack lengths
• Maximum use of internal case volume
• Structural stability of the final pack

Our system doesn’t force the product to conform to the machine. The machine is engineered to adapt to the product. That’s the core value behind Xolertic’s Chainpacks case packing solution.

Precision, Sanitation, and Operational Efficiency

In industries where quality and safety are critical, performance is measured by more than throughput. A Chainpacks case packing system must deliver:

• Gentle product handling
• Highly repeatable motion control
• Hygienic design for demanding production environments
• Long-term operational reliability

Our case packer runs at speeds of up to 10 cycles per minute while maintaining precise control and pack stability. Every motion profile is engineered to minimize stress on the chainpack and ensure uniform folding inside the case.

The result is a stable, controlled, and highly efficient end-of-line process.

High-Speed Case Packing for Competitive End-of-Line Performance

What Differentiates Xolertic?

Many manufacturers offer adapted case packing systems. Xolertic delivers dedicated specialization.

Our advantage is built on four core pillars:

1. Purpose-Built Design for Chainpacks

This is not a retrofitted standard machine. It’s a system engineered exclusively for chainpack applications.

2. Controlled Internal Folding

Folding occurs inside the case, improving pack stability and reducing intermediate handling.

3. True Format Flexibility

Our technology accommodates varying chainpack lengths and configurations without sacrificing performance.

4. Seamless End-of-Line Integration

The system integrates easily with palletizers, case sealers, and fully automated end-of-line lines.

When a manufacturer looks to automate chainpack case packing, they need more than speed. They need a system designed around product behavior.

Strategic Benefits for Your Operation

Investing in a specialized Chainpacks case packing system delivers more than productivity gains. It drives measurable improvements across the plant floor:

• Enhanced product control and protection
• Reduced errors and rework
• Improved load stability for distribution
• Lower manual handling requirements
• Optimized case cube utilization

Automation also reduces operator strain, improves ergonomics, and supports a safer working environment.

The Future of Case Packing Is Application-Specific

Industrial automation is moving toward highly specialized solutions. Generic equipment is no longer sufficient for products with dynamic characteristics like chainpacks.

At Xolertic, this isn’t theoretical. Our Chainpacks case packing systems are already deployed in real-world production environments where precision and stability are non-negotiable.

Our experience has allowed us to refine every aspect of the process — from end-of-arm tooling and motion control logic to structural machine engineering. That expertise positions us as a trusted partner for complex chainpack applications.

A Chainpacks case packing system requires applied engineering, detailed product analysis, and custom machine design. That’s exactly what we deliver.

Our mission is straightforward: innovate without compromising precision, automate without sacrificing control, and deliver solutions aligned with real production demands.

End-of-Line Automation Industries

Ready to Optimize Your Chainpacks Case Packing?

If your operation handles chain-format products and is looking for:

• Greater pack stability
• Higher precision
• Increased throughput efficiency
• Reduced manual intervention

Rodrigo López

Ingeniero Mecánico

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What Is Collaborative Robotics Automation?

Unlike traditional industrial robots that operate behind safety fencing, collaborative robots—commonly known as cobots—are designed to work safely alongside human operators. Their flexible programming and adaptability make them ideal for production lines that require frequent changeovers or prioritize ergonomics and safety.

Cobots handle repetitive, physically demanding tasks such as:

• Case packing
• Palletizing
• Heavy product handling
• Repetitive material transfers

The goal of collaborative robotics automation is not to replace workers, but to support them—creating safer, more efficient operations where employees can focus on higher-value responsibilities.

Key Benefits of Collaborative Robotics Automation

1. Increased Efficiency and Throughput

Integrating cobots into production lines increases output without sacrificing quality. Collaborative robotics automation enables continuous, consistent performance, reducing downtime and improving overall line throughput.

This is particularly valuable in industries such as oils, vinegars, sauces, and other liquid products, where fragile packaging makes manual palletizing both risky and costly.

Because cobots are easy to reprogram, manufacturers can quickly adapt to:

• New SKUs
• Different packaging sizes
• Changing pallet patterns
• Seasonal demand fluctuations

This agility is critical in today’s competitive North American market.

2. Improved Worker Safety and Ergonomics

Labor shortages and workplace injuries remain major concerns across U.S. and Canadian manufacturing facilities. Tasks such as repetitive lifting, stacking heavy cases, or working in awkward positions often lead to long-term musculoskeletal injuries.

Collaborative robotics automation reduces these risks by automating high-strain tasks. Cobots are equipped with force sensors and collision detection systems that allow safe interaction with operators, often eliminating the need for extensive safety fencing.

The result:

• Reduced injury risk
• Improved ergonomics
• Better workforce retention
• Optimized plant floor space

3. Flexibility for Multi-SKU Production

Today’s food market demands variety—especially in liquid products such as oils, vinegars, syrups, and sauces. Manufacturers must manage multiple packaging formats while maintaining consistent quality.

Collaborative robotics automation allows rapid reconfiguration of production lines to accommodate:

• Different bottle shapes and sizes
• Varying case dimensions
• Custom pallet configurations
• Changing production volumes

This flexibility ensures that companies can launch new products or respond to demand spikes without major operational disruption.

4. Consistency, Precision, and Product Integrity

Manual handling increases the risk of misalignment, breakage, and inconsistent pallet builds. Cobots ensure precise placement, consistent orientation, and controlled handling—reducing product damage and improving presentation.

In addition, automated and repeatable processes enhance traceability and compliance—both essential in the food industry. Maintaining process consistency supports regulatory requirements and strengthens supply chain reliability.

Implementation Considerations

While the advantages are clear, successful collaborative robotics automation requires thoughtful planning:

• Workforce Training: Operators must be trained to program and supervise cobots.
• System Integration: Seamless connection with existing production and ERP systems is essential.
• Upfront Investment: Hardware, software, and integration costs must be evaluated—although ROI is typically rapid.

With the right partner, these challenges become manageable and strategically advantageous.

Use Cases in the Food Industry

Collaborative robotics automation is particularly effective in environments handling fragile or liquid products. Typical applications include:

• Case packing bottles and containers
• Layer palletizing
• Precision pallet building
• Product transfers between case packing and palletizing stations

These systems maintain production flow while reducing dependence on manual labor—without compromising quality or safety.

Transform Your End-of-Line with Collaborative Robotics Automation

Collaborative robotics automation is reshaping North American food manufacturing by combining productivity, safety, and flexibility at the end of the line.

By integrating cobots into case packing and palletizing operations, manufacturers can:

Increase throughput

• Reduce labor-related risks
• Improve product consistency
• Lower operational costs

At Xolertic, we design custom collaborative robotic cells that integrate seamlessly into existing end-of-line operations—delivering safe, flexible, and high-performance automation solutions.

Olga Serrano

Sales engineer Xolertic Group

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At Xolertic, we understand that challenge. That’s why we deliver high-speed case packing solutions designed to transform your end-of-line operations.

What Does “High-Speed Case Packing” Mean?

High-speed case packing refers to fully automated systems that integrate robotics, vision inspection, and intelligent controls to place products into cases or cartons at exceptional speeds — without sacrificing precision or safety.

These systems allow manufacturers to:

• Handle high production volumes
• Maintain consistent throughput
• Reduce packaging errors
• Increase overall equipment effectiveness (OEE)

At Xolertic, we combine advanced robotics and modular engineering to deliver performance levels that manual or semi-automated systems simply cannot match.

Why Choose High-Speed Case Packing?

📈 Increased Throughput

With high-speed case packing, you can increase output without expanding your facility footprint or adding labor. Xolertic systems — including Pick & Place case packers and servo-driven robots — adapt to multiple formats and cycle speeds to ensure optimal performance.

💰 Reduced Errors & Lower Operating Costs

Integrated vision systems and intelligent controls detect misalignment, incorrect positioning, or defective batches before they become costly failures. This reduces product waste, protects packaging integrity, and minimizes labor-related errors.

📦 Flexibility Across Multiple Formats

One of the key advantages of Xolertic high-speed case packing is format versatility. From rigid containers to flexible packaging such as doypacks, flow packs, and pouches, our systems quickly adapt to product or format changes without extended downtime.

🏗 Seamless End-of-Line Integration

>High-speed case packing doesn’t operate in isolation. It integrates seamlessly with:

• Robotic palletizing
• Stretch wrapping
• Automatic labeling
• End-of-line inspection systems

This allows you to build a fully automated, scalable, and future-ready packaging line.

How Xolertic Implements High-Speed Case Packing

Xolertic offers a comprehensive portfolio of high-performance case packers designed for demanding production environments:

📦 D-Series Pick & Place Case Packers

For example, the D300 can pack up to 30 cases per minute using multi-head technology and a modular design — a clear example of true high-speed case packing performance.

🤖 Servo-Controlled Robotic Systems (K-Series)

Compact, agile, and low-maintenance systems ideal for facilities with limited space while maintaining high precision and consistent cycle times.

🏗 Hybrid Top-Load & Side-Load Systems

Models such as the D600 combine top and side loading capabilities within a single machine, maximizing flexibility without compromising speed.

All systems can be equipped with case sealing solutions — tape or hot melt glue — depending on customer requirements.

Proven High-Speed Case Packing in Real Applications

Xolertic has successfully implemented high-speed case packing systems across multiple industries.

Food & Glass Packaging

In one project, a premium food manufacturer implemented a wrap-style automatic case packing system, ensuring delicate glass jars were placed into cases with care — without compromising line speed or product integrity.

Flexible Packaging Lines

In snack and pouch packaging environments, Xolertic systems handle deformable products with precision, minimizing rejects while maximizing throughput.

Operational & Sustainability Benefits

Beyond productivity gains, high-speed case packing also improves sustainability and operational efficiency:

🔋 Lower Energy Consumption

Optimized cycles reduce idle time and improve energy usage per packaged unit.

📉 Reduced Waste

Fewer packaging errors mean less product rejection and lower material waste.

👷 Improved Ergonomics

Automating case packing reduces repetitive lifting and physical strain, improving workplace safety and compliance.

How to Get Started with Xolertic

✔ Custom Line Assessment

We analyze your current production flow to design a tailored high-speed case packing solution based on volume, format, and growth projections.

✔ Simulation & Modular Design

We provide digital simulations and layout concepts to validate throughput and system performance before implementation.

✔ Turnkey Integration

From installation to full end-of-line integration — including palletizing, labeling, and wrapping — we manage the entire process.

✔ Scalable & Future-Ready

Our modular systems grow with your business, with ongoing technical support and upgrade capabilities.

The Future of Case Packing: Speed, Intelligence & Sustainability

High-speed case packing isn’t a trend — it’s a foundation of modern packaging operations. As production lines become faster and more automated, the demand for solutions that combine speed, precision, and intelligent control will only increase.

At Xolertic, we’re ready for that future.

We combine advanced robotics, vision systems, and modular engineering to deliver case packing systems designed not just for today’s production demands — but tomorrow’s growth.

Ready to Upgrade Your End-of-Line?