Automatic Cartoning Machine

The main difference between horizontal and vertical cartoning machines is the direction in which products enter the carton. A horizontal cartoning machine loads products through an open carton end from the side. A vertical cartoning machine loads products into the carton from above.   The better choice depends on how your product can be handled, the carton design and the requirements of the complete packaging line. Loading direction alone does not determine production speed, automation level, floor space or total cost.   This guide explains how both types work, where each loading method can be useful and what to verify before choosing equipment. It focuses on machines that load products into folding cartons, rather than machines that pack finished cartons into shipping cases.     Horizontal vs. Vertical Cartoning Machines at a Glance The following comparison provides a starting point for equipment selection. The application examples are not exclusive to either type.   Comparison Factor Horizontal Cartoning Machine Vertical Cartoning Machine Loading Direction Products enter the carton from the side. Products enter the carton from above. Product Presentation Products are positioned for insertion through an open carton end. Products are positioned for placement through an upward facing opening. Loading Method A pusher or another transfer mechanism inserts the product. Gravity, guides, mechanical handling or robotic placement may be used. Typical Applications Blister packs, tubes, pouches and grouped products may suit side loading. Bottles, jars, pouches and other products may suit loading from above. Carton Compatibility The opening, internal clearance and product arrangement must support side insertion. The opening and carton support must accommodate the product and loading mechanism. Speed & Automation These depend on the model, feeding system and operating conditions. These depend on the model, feeding system and operating conditions. Space Requirements Assess the full layout, including feeding equipment and maintenance access. Assess the full layout, including overhead equipment and maintenance access. Changeover & Cost Compare the actual configuration, format parts and operating requirements. Compare the actual configuration, format parts and operating requirements.   PMMI ProSource explains the distinction between loading from the side and loading from above. Manufacturer documentation also shows that product applications can overlap. For instance, Yeaman lists pouches among the applications for both horizontal and vertical equipment.   The practical question is therefore not simply whether a product belongs to a particular category. It is whether the proposed machine can handle that product and carton reliably under the required production conditions.     How Does a Horizontal Cartoning Machine Work? A horizontal cartoner positions the product beside an open carton and inserts it through the carton end. The machine then closes the carton using the specified closure system.   How Are Products Prepared and Loaded? A typical process includes the following stages: 1. The machine takes a carton blank from the magazine and opens it. 2. The feeding system positions the product or arranges several products into a group. 3. The product and carton are aligned at the loading position. 4. A pusher or another suitable mechanism transfers the product into the carton. 5. The machine closes the carton and transfers it to the next stage.   The exact mechanism and sequence vary by model. Some applications also need trays, leaflets or other components to enter the carton with the product. These requirements should be evaluated as part of the loading process, rather than added after the machine has been selected.   When Is Horizontal Loading a Practical Choice? Horizontal loading is worth evaluating when the product can be positioned and inserted from the side without unacceptable damage or deformation. Applications can include blister packs, tubes, packaged items and groups of products that remain stable during insertion.   The existing production flow also matters. If products already arrive in a suitable orientation for side loading, the proposed system should be assessed for how effectively it can preserve that orientation through grouping and insertion.   However, side loading requires more than enough space inside the carton. Ask how the machine supports the product, guides it through the opening and controls contact during insertion. A product that fits inside the carton by hand may behave differently when loaded automatically.     How Does a Vertical Cartoning Machine Work? A vertical cartoner loads products through an opening that faces upward. The carton is supported during loading and then closed according to the machine configuration and carton design.   How Are Products Loaded from Above? Vertical loading may use gravity, guided placement, mechanical handling or robotic equipment. Some configurations also involve manual product placement.   The term vertical describes the loading direction. It does not mean that every product must fall freely into the carton. The loading mechanism should match the product's shape, weight, surface and handling requirements.   The process generally involves preparing the carton, positioning it for loading, placing the product inside and completing the closure. The exact order of carton forming and closing operations depends on the equipment.   When Is Vertical Loading a Practical Choice? Vertical loading is worth evaluating when the product is better placed into the carton from above. Bottles, jars and certain pouch arrangements are possible applications, provided that the product and carton are compatible with the proposed loading mechanism.   For a product that should remain upright, discuss how that orientation will be maintained from the upstream machine through carton loading. Do not assume that choosing a vertical machine automatically solves the entire transfer process.   It is also important to distinguish cartoning sealed bags from filling loose material directly into cartons. A machine that loads sealed powder sachets does not necessarily include the dosing equipment needed for loose powder. Direct filling requires an appropriate filling system, carton construction and product handling design.     What Factors Matter Beyond Loading Direction? Product Handling and Carton Design The product and carton should be evaluated together. Product dimensions are important, but shape, stability, flexibility and the required arrangement inside the carton also affect the loading method.   Before selecting a machine, establish whether the product can lie on its side, whether it needs support during movement and whether it must remain upright. If the carton contains several items, define the final arrangement and any inserts or accessories.   For horizontal loading, ask whether the opening and guides provide enough clearance for controlled insertion. For vertical loading, ask how the product passes through the opening and how the carton is supported during placement.   Both approaches require carton samples, not just nominal dimensions. Paperboard, folds, closure details and manufacturing variation should be included in the assessment.   Production Speed and Automation There is no universal rule that horizontal equipment is faster or that vertical equipment is intended only for lower output. Public equipment listings include different speeds and configurations within both categories, as shown in the PMMI ProSource cartoning equipment directory.   Loading direction, motion type and automation level describe different aspects of a machine.An automatic cartoning machine must be evaluated by the operations it performs automatically and the tasks that still require an operator.   Ask the supplier to explain product feeding, grouping, carton replenishment, loading and discharge. A machine may automate carton handling while still depending on an operator to prepare or present the products.   Compare expected saleable output under your actual operating conditions rather than relying only on the highest advertised speed. Product feeding, carton quality, interruptions, rejected packs and changeovers all belong in that discussion.   Floor Space and Production Line Integration Neither loading direction guarantees a smaller installation. The dimensions of the main machine are only part of the space requirement.   Review the proposed layout with product conveyors, grouping equipment, carton loading access, guarding and maintenance areas included. Vertical systems may also require space above the loading position for transfer or filling equipment.   Check how the upstream machine presents the product and how the downstream equipment receives the finished carton. The aim is a practical production flow, not simply a machine that fits into the available rectangle on a drawing.   Changeover and Product Variety Changeover requirements depend on the product range and the machine design, not just the loading direction. Ask which adjustments are necessary when switching carton sizes, product quantities or packing arrangements. Confirm whether operators need different guides, pushers, supports or other format parts.   A useful changeover demonstration should end when the machine produces acceptable cartons consistently with the new format. Recording only the time needed to replace a mechanical part does not describe the whole process.   Purchase Price and Operating Cost A vertical machine is not automatically less expensive than a horizontal machine. Meaningful comparisons require equivalent production requirements and a clear description of what each quotation includes.   Review the product feeding system, loading mechanism, closure equipment, inspection options and line integration. Then consider format parts, installation, training, maintenance, spare parts and ongoing labor requirements.   For a wider purchasing checklist, see Jason Machinery's guide to choosing an automatic cartoning machine.     How Do You Choose the Right Cartoning Machine for Your Product? Start with the product and carton rather than selecting a machine category first. Use the following sequence to narrow the options.   1. Define the Required Product Orientation Explain how the product leaves the upstream process and how it must sit inside the carton. Identify any restrictions on turning, pushing, gripping or dropping it.   If side insertion appears practical, evaluate a horizontal arrangement. If placement from above better suits the product, evaluate a vertical arrangement. Where both methods appear possible, keep both options open until the complete configurations have been compared.   2. Confirm the Carton and Packing Arrangement Provide a carton drawing and physical samples. Specify the product quantity, internal arrangement, inserts and closure requirements.   The supplier should evaluate the loading opening as well as the finished carton size. A carton that accommodates the product may still need changes to work with a particular loading mechanism.   3. Define Output and Changeover Requirements State the required production output, operating pattern and expected product changes. Identify which products are essential at installation and which are potential future additions. This helps avoid choosing a machine that meets the requirements of one easy format but has not been assessed for the rest of the range.   4. Compare Complete Configurations Review product feeding, carton handling, loading, closing, inspection and discharge as one system. Include the available space and the responsibilities of each equipment supplier. A configuration that looks attractive in isolation may require additional handling equipment to work with the existing production line. Those requirements should be visible before a purchasing decision.   5. Validate the Proposal with Actual Samples Before committing to a configuration, ask your cartoning machine supplier to explain how the proposed solution will be assessed with your products and cartons. Where practical, arrange a trial that covers the intended formats and production conditions. The objective is to confirm reliable handling, acceptable finished cartons and a workable operating process.     What Should You Verify in a Product and Carton Trial? A useful trial checks more than whether the product can enter the carton. It should show how the proposed system performs through feeding, loading, closing and format changes.   Confirm the Test Conditions Record the machine configuration, product, carton specification, packing arrangement and operator involvement. Agree on the intended speed, trial duration and acceptance criteria before testing begins.   This information makes the result easier to interpret. A demonstration with a different product or carton can explain the machine principle, but it does not establish performance for your application.   Observe the Complete Loading Process Check whether cartons open consistently, products remain correctly positioned and the loading mechanism transfers them without unacceptable damage. Inspect the finished packs for the required product arrangement and closure quality.   Record interruptions and operator interventions rather than looking only at the cartons that pass successfully. If a problem occurs, identify whether it relates to the product, carton, feeding system, setup or loading mechanism.   These observations provide a stronger basis for comparing horizontal and vertical proposals than a short video of uninterrupted operation.   Check Changeover and the Remaining Limits If the machine will handle several formats, include representative changes in the trial. Record the adjustments, replacement parts and steps required to restore stable production.   A successful trial supports a conclusion about the conditions that were tested. It does not automatically confirm every future product or carton size. Document any formats or requirements that still need evaluation.     Frequently Asked Questions 1.Is a Horizontal Cartoning Machine Always Faster Than a Vertical One? No. Speed depends on the machine model, motion system, feeding arrangement, product and carton. Compare stable output for the proposed application rather than assuming that loading direction determines capacity.   2.Can Both Types Handle Bottles and Pouches? Yes, some bottles and pouches can be handled using either direction with a suitable configuration. The correct choice depends on product orientation, stability, packing arrangement and carton design. The product category alone is not enough to make the decision.   3.Does Vertical Cartoning Always Use Gravity? No. A vertical machine may use guided placement, mechanical handling or robotic loading. Gravity can assist the process, but loading from above does not necessarily mean allowing the product to fall freely.   4.Which Type Is Better for Fragile Products? Neither type is automatically better. Evaluate the actual handling method, including insertion forces, drop distance, gripping, support and contact with guides. A trial with the real product is more useful than a general claim about either machine category.   5.Can One Machine Handle Different Carton Sizes? Some machines can handle a range of sizes through adjustments or format parts. Confirm the approved size range and the loading requirements of each product. An adjustable machine should not be assumed to accommodate every carton design.   6.Is a Vertical Cartoning Machine Less Expensive? Not necessarily. Price depends on the complete configuration, including feeding, automation, inspection, format parts and integration. Compare quotations against the same production requirements and include operating costs in the evaluation.   7.What Information Should I Send to a Cartoning Machine Supplier? Send product dimensions and characteristics, carton drawings and samples, the quantity per carton, required output and the intended packing arrangement. Include available floor space, upstream equipment details and changeover requirements so the supplier can assess the complete process.     Discuss Your Cartoning Requirements with Jason Machinery Horizontal cartoning loads products from the side, while vertical cartoning loads them from above. The right choice is the configuration that handles your product correctly, works with your carton and fits the complete production process.   At Jason Machinery, we recommend starting the discussion with the actual product and carton requirements. This allows equipment selection to focus on the loading method, product feeding, output and line arrangement that your application needs.   Share your product details, carton drawings, required output and production line layout with our team to discuss a suitable cartoning configuration.    

Choosing the right automatic cartoning machine is an important decision for any manufacturer looking to improve packaging efficiency. An automatic box packing machine can reduce manual labor, improve packaging consistency and connect with other equipment to create a more efficient packaging line.   However, choosing a machine based only on its maximum speed or purchase price can lead to problems after installation. Product dimensions, carton specifications, feeding methods, production capacity, changeover requirements and packaging line integration all need to be considered before making a decision.   So, how do you choose the right automatic cartoning machine for your production needs?   This guide explains the key factors you should evaluate before purchasing a cartoning machine and provides a practical checklist to help you communicate with a packaging machine manufacturer.     1. Define Your Product and Packaging Requirements First The first step is to clearly understand the product that the automatic cartoning machine needs to handle.   Different products have different shapes, sizes and feeding requirements. A cartoning machine designed for one type of product may not be suitable for another product without changes to the feeding and loading system.   Product dimensions and shape Before contacting a manufacturer, prepare the basic product information, including: • Product length • Product width • Product height • Product weight • Product shape • Product stability For example, a stable rectangular product may be easy to feed into a carton using a standard conveyor and pushing system. Small bags, bottles, tubes or irregular products may require a different feeding system.   Number of products per carton You should also determine how many products need to be placed into each carton.   The packaging requirement may be one product per carton, several products per carton or a combination of products and accessories. The number of products in each carton affects the product feeding system and the machine configuration.   Product feeding method The cartoning machine may receive products from different types of equipment, such as a filling machine, labeling machine, pouch packing machine, conveyor or automatic feeding system.   If the cartoning machine is part of an automated production line, the product transfer method should be considered at the beginning of the project.   The right machine should not only load the product into the carton correctly. It should also receive products smoothly from the upstream equipment.     2. Check the Carton Size and Carton Style The carton is just as important as the product when selecting an automatic cartoning machine.   A manufacturer needs accurate carton information to determine whether the carton can be opened, loaded and closed reliably.   Carton dimensions The main carton dimensions normally include: • Carton length • Carton width • Carton height • Paperboard thickness • Carton material You should also provide the acceptable size tolerance if available.   Small differences in carton dimensions or carton quality can affect machine performance, especially when the packaging line operates at high speed.   Carton style Different cartons may use different structures and closing methods. For example, some cartons use tuck ends, while others use glue or other closing methods.   Box Type   The carton structure affects the design of the carton opening and closing systems. For this reason, the carton sample is often more useful than dimensions alone when evaluating a cartoning machine. If possible, provide actual carton samples to the machine manufacturer before placing an order.     3. Match the Machine Speed With Your Real Production Requirements Production speed is one of the first specifications that buyers usually look at. However, the highest machine speed is not always the best choice.   The actual output of a cartoning machine can be affected by the product, carton, feeding system and operating conditions.   Maximum speed is not the same as actual output A manufacturer may specify a maximum speed based on specific product and carton conditions. Your actual production speed may be lower depending on your application.   Factors that can affect actual output include: • Product feeding speed • Carton quality • Product dimensions • Carton dimensions • Product stability • Changeover frequency • Operator intervention • Upstream equipment speed Therefore, you should discuss your required production output with the manufacturer instead of choosing a machine only according to its maximum speed.   Calculate your required production capacity For example, if your production target is 20,000 cartons per day and your available production time is 8 hours, the average required output is about 42 cartons per minute.   The calculation can be expressed as: Required cartons per minute = Required daily output ÷ Available production minutes   It is also important to consider production downtime, product changes and normal operating conditions when setting the target speed.   Match the cartoning machine with the upstream equipment   The cartoning machine should work smoothly with the equipment before it.   For example: Sachet Packing → Product Feeding → Cartoning → Case Packing → Carton Sealing → Palletizing   If the cartoning machine is much slower than the upstream equipment, it may become a bottleneck. If it is much faster, the additional capacity may not provide meaningful benefits unless the rest of the line can also support the higher output.   The goal should be a balanced packaging line rather than the highest speed from a single machine.     4. Choose the Right Cartoning Machine Type Another important factor is the type of cartoning machine.   Horizontal and vertical cartoning machines use different product feeding and loading methods. The right choice depends on the product, carton design and production requirements.   Horizontal cartoning machine A horizontal cartoning machine generally feeds the product horizontally into the carton.   This type of machine can be suitable for products that can be transported and pushed horizontally without affecting their shape or quality.   Applications may include bags, boxes, bottles, tubes and other products depending on their dimensions and packaging requirements.   Vertical cartoning machine A vertical cartoning machine loads products into cartons from a vertical direction.   This type of machine can be suitable for products that are better handled from above or products that can be placed into an open carton vertically.   How should you choose? There is no single cartoning machine type that is suitable for every product. The choice should be based on: • Product shape • Product dimensions • Product characteristics • Carton structure • Loading method • Required production speed • Available factory space A professional manufacturer should evaluate these factors before recommending a machine.     5. Consider Changeover Requirements and Future Product Variations If your factory produces several products, changeover requirements should be considered before purchasing a cartoning machine.   How many carton sizes do you need? First determine whether the machine will run: • One product and one carton size • Several products with the same carton size • Several carton sizes • Several product sizes • Different carton formats The more product and carton variations you have, the more attention should be paid to machine adjustment and changeover.   How often will you change products? If the production line changes products several times a day, a machine that is easy to adjust can help reduce downtime.   Ask the manufacturer about: • Adjustment methods • Changeover time • Format parts • Operator access • Parameter settings   Consider future production plans You should also think about whether new products may be added in the future.   However, it is not always necessary to purchase the most complex machine just because you may introduce new products someday.   The better approach is to discuss your current products and realistic future requirements with the manufacturer. This helps create a machine configuration that provides the functions you need without unnecessary complexity.     6. Evaluate Packaging Line Integration An automatic cartoning machine is often one part of a complete packaging line.   If you are planning a fully automated production line, integration should be considered before purchasing individual machines.   Upstream equipment Depending on the application, the cartoning machine may connect with: • Filling machines • Pouch packing machines • Bottle filling machines • Labeling machines • Product conveyors • Automatic feeding systems The product should be transferred to the cartoning machine at a stable and consistent speed.   Downstream equipment After cartoning, the products may continue to: • Case packing • Carton sealing • Palletizing • Shrink wrapping • Other end of line packaging processes The cartoning machine should therefore be designed with the complete production process in mind.   Communication and synchronization For an automated line, different machines need to work together.   The project may require coordination between conveyors, product feeding systems and control systems. The machine manufacturer should explain how the cartoning machine will communicate with other equipment and how the production line will respond to product shortages, carton shortages or machine stops.   A cartoning machine should be evaluated as part of the complete packaging line rather than as an independent machine.     7. Look at Machine Construction, Control System and Ease of Operation Machine structure and control systems also affect long term operation.   Machine Construction When evaluating a cartoning machine, pay attention to: • Machine frame • Safety guarding • Accessibility • Cleaning convenience • Maintenance access • Material used for relevant machine parts For industries with strict hygiene requirements, the machine design and materials should also match the production environment.   PLC Control A PLC control system can coordinate different machine functions and help maintain stable operation.   Touchscreen HMI A touchscreen interface can make it easier for operators to: • Set machine parameters • Monitor machine status • Adjust production settings • Check fault information   The important point is not simply which control components are used. You should also consider whether operators can understand and use the system efficiently.   Safety and Operator Access The machine should provide appropriate safety protection and convenient access for routine operation and maintenance.   A machine that is easy to operate and maintain can help reduce unnecessary downtime during daily production.     8. Consider Maintenance, Spare Parts and After Sales Service The purchase price is only one part of the investment. Long term service and maintenance can also have a significant effect on the total operating cost.   Ask about routine maintenance Before purchasing the machine, ask the manufacturer about: • Regular maintenance requirements • Cleaning procedures • Lubrication • Wear parts • Recommended inspection intervals You should know what maintenance work needs to be performed by operators and what work requires technical support.   Check spare parts availability Ask which spare parts are recommended for regular production.   It is useful to understand: • Which parts are commonly replaced • Which parts should be kept in stock • How spare parts can be ordered • Expected supply time Having important spare parts available can help reduce downtime.   Evaluate technical support A reliable manufacturer should be able to provide appropriate technical support throughout the project. This may include: • Machine installation guidance • Commissioning support • Operator training • Remote technical support • Troubleshooting • Spare parts support When comparing manufacturers, consider the service provided after the machine leaves the factory, not only the equipment price.     9. Test the Machine With Your Actual Product and Carton Testing is one of the most important steps before purchasing an automatic cartoning machine.   Machine specifications can provide useful information, but actual testing can provide a better understanding of how the machine will perform with your products.   What should be tested? A machine test can include: • Product feeding • Carton picking • Carton opening • Product insertion • Carton closing • Production speed • Continuous operation • Changeover • Product and carton rejection The exact test items should depend on your packaging requirements.   Why are actual product tests important? Two products with similar dimensions may behave differently during feeding and loading.   The same applies to cartons. Different paperboard materials, carton structures and manufacturing tolerances can affect the performance of the cartoning machine.   For this reason, actual product and carton testing can help identify potential problems before installation.   When communicating with a manufacturer, providing product samples, carton samples, drawings, photos and production requirements can make the machine evaluation more accurate.     10. Compare Total Cost of Ownership, Not Just Machine Price Price is naturally an important factor when buying a cartoning machine. However, comparing only the initial purchase price may not give you a complete picture.   Initial machine cost Compare the basic machine configuration and understand exactly what is included in the quotation.   Format parts and tooling If your products use different carton sizes, additional format parts or adjustments may be required.   Installation and commissioning Ask whether installation, commissioning and operator training are included in the project.   Maintenance and spare parts Consider the expected maintenance requirements and spare parts costs during long term operation.   Labor requirements Automation can reduce manual packaging work and help maintain consistent production.   Production efficiency A machine with stable operation, suitable speed and convenient changeover may provide greater value over its service life.   The lowest initial price does not always mean the lowest total cost. When comparing suppliers, consider the complete cost of purchasing, operating and maintaining the machine.     Automatic Cartoning Machine Buying Checklist Before making a purchase, you can use the following checklist to organize your requirements.   Item What to Confirm   Product Product size, shape and weight Carton Carton size, structure and material Capacity Required cartons per minute Feeding Product feeding method Machine Type  Horizontal or vertical Changeover Number of products and carton sizes Integration Upstream and downstream equipment Control PLC and HMI system Testing Actual product and carton testing Maintenance Routine maintenance and spare parts Service Installation and technical support Future Needs Possible future products and carton formats   Providing this information to a cartoning machine manufacturer can make the equipment selection process more efficient and help the manufacturer recommend a more suitable solution.     Questions to Ask an Automatic Cartoning Machine Manufacturer Before placing an order, it is useful to ask the manufacturer several practical questions.   1. Can the machine handle my product? The manufacturer should evaluate the product dimensions, shape, weight and feeding characteristics.   2. What carton sizes can the machine handle? Confirm the acceptable carton length, width, height and carton material. Provide actual carton samples whenever possible.   3. What is the actual production speed? Ask about the expected production speed under your actual product and carton conditions instead of looking only at the maximum machine speed.   4. Can the machine handle different carton sizes? If you have several products or carton sizes, ask how the machine will be adjusted and whether additional format parts are required.   5. How long does changeover take? Ask about the actual changeover process and whether operators need tools for adjustments.   6. Can the machine connect with my existing packaging line? Provide information about the upstream and downstream machines so the manufacturer can evaluate the complete production process.   7. Can you test my product and carton before ordering? Actual testing is strongly recommended when product or carton characteristics may affect machine performance.   8. What spare parts should I prepare? Ask the manufacturer for a recommended spare parts list based on your expected production conditions.   9. What installation and after sales support do you provide?  Understand the manufacturer's responsibilities for installation, commissioning, training and technical support before placing the order.     Why Choose Jason Machinery for Your Cartoning Solution? Choosing a cartoning machine is not only about finding a machine with a suitable speed. It is about finding a packaging solution that matches your product, carton and production process.   At Jason Machinery, we focus on understanding the actual packaging requirements before recommending equipment. Product dimensions, carton specifications, production capacity, feeding methods and packaging line requirements can all be considered during the machine selection process.   For projects that require more than one packaging process, Jason Machinery can also help develop a complete packaging solution. Depending on the application, the production line can include filling, labeling, cartoning, case packing, carton sealing and palletizing equipment.   We also recommend testing the machine with the customer's actual product and carton whenever practical. This helps evaluate product feeding, carton opening, product loading and carton closing before the equipment is finalized.   From equipment selection to installation, commissioning and technical support, the goal is to provide a practical cartoning solution for each customer's production requirements.     Conclusion Buying an automatic cartoning machine is a long term investment. The right choice should be based on more than machine price or maximum speed.   Before making a decision, evaluate your product, carton specifications, production capacity, machine type, changeover requirements, packaging line integration, control system, maintenance needs and after sales service.   Most importantly, test the machine with your actual product and carton whenever possible.   A suitable automatic cartoning machine should provide stable operation, meet your production requirements and work smoothly with the rest of your packaging line.   If you are planning to purchase an automatic cartoning machine, Jason Machinery can help evaluate your product, carton specifications and production requirements and recommend a suitable cartoning solution.   Send us your product details and carton specifications to discuss your cartoning project.