Case Packer Machines Used in the Food and Beverage Industry

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For most food and beverage manufacturers, manual case packing at that stage is the hidden ceiling on throughput. An operator loads 8 to 12 pouches per minute when things are going well. Add shift changes, fatigue, and the variety of SKUs that a modern FMCG or food production floor runs, and that ceiling drops further , while defect rates, product damage, and case-weight non-compliance creep up. A robotic case packer machine eliminates that ceiling. Robots do not change shifts, do not handle products with contamination risk, and do not make judgment errors when a mixed-SKU case needs a specific matrix.

What Is a Case Packer Machine and Where Does It Sit on the Line?

A case packer machine is the secondary packaging system that picks finished primary   packs , pouches, bottles, shrink packs, trays, or bars , and loads them into outer cases or cartons in the required matrix formation for shipping and retail distribution. It sits between the primary packaging stage (filling, sealing, wrapping) and the end-of-line stage (palletizing, stretch wrapping, dispatch), and its job is to do that transition at the speed and accuracy the line needs, with the case integrity retailers require.

  1. Format – what is being packed into the case (pouches, bottles, shrink packs, bars, or a mix of these).
  2. Speed – how many units or cases per minute the line needs to achieve at rated output.
  3. Flexibility – how many SKUs, sizes, and matrix configurations the same machine needs to handle without major retooling.

Choosing a case packer machine that is sized and configured correctly for all three means the secondary packaging stage never becomes the bottleneck. Choosing one that is undersized on any dimension means the primary packaging line, however fast, is effectively limited to the case packer’s throughput , a common and expensive problem in food and beverage plants that have upgraded their filling or wrapping stage without upgrading the secondary stage alongside it.

Cybernetik builds eight case packer machine configurations on a common engineering platform, each built for a specific product format and production environment. All are CE-certified where applicable, GMP-built on food contact surfaces, and designed for upstream and downstream integration.


1. Case Packer for Pouches (Single and Multiple Robots)

Applications: biscuits, chips, wafers, snacks, APIs, medicinal powders, granular drugs, fertilizers, pesticides, and herbicides.


2. Staggered Pouch Case Packer (Two Robots)


3. Multiple SKU Case Packer

The Multiple SKU Case Packer is a CE-certified, fully automated system designed for packing different pouch variants into cases using the same gripper. A single flexible gripper handles food, chemical, and other pouches , food-safe and customizable , with accurate placement and customizable stacking at up to 12 pouches per minute with a 5 kg payload. For food and beverage manufacturers running frequent SKU rotations, this is the configuration that removes the retooling cost from every changeover.


4. Horizontal Pouch Case Packer (SCARA)

Cybernetik’s Horizontal Pouch Case Packer is a CE-certified, fully automated system with a SCARA robot and a versatile vacuum gripper for secondary and tertiary robotic case packing of pouches into cartons, followed by palletizing in the same line. A carton referencing chute ensures accurate placement. Customizable matrix formations optimize space within each carton. The system begins with the operator initiating via a control interface and runs through to case packing and palletizing in a single integrated line.


5. Case Packer for Bottles

Applications: juices, bottled beverages, sauces, condiments, dairy products, pharma bottles, nutraceuticals.


6. Case Packer for Shrink Packs


7. Case Packer for Shrink Packs and Bottles (Combo)


8. Chocolate Bar Case Packer


Credits: Name of the photographer

Why Food and Beverage Manufacturers Need Robotic Case Packer Machines

Food and beverage secondary packaging comes with a set of requirements that manual case packing cannot reliably meet at any meaningful production scale. Five of them drive the economics of the investment decision:


1. Hygiene and GMP Compliance


2. Case-Weight Compliance and Retail Audit


3. Packing Density on Pouch Lines

Pouches are compressible. Hand-packed cases are inconsistently dense, which means excess dead volume in each case, higher carton cost per unit shipped, and pallet instability. Cybernetik’s staggered pouch lifting system on the robotic case packer for pouches creates deliberate overlap during loading, and the vibratory conveyor upstream uniformizes pouch thickness. The result is maximum packing density in every case, consistently.


4. SKU Proliferation and Format Changeover

The modern food and beverage production floor runs more SKUs than it did five years ago. A case packer machine that can handle multiple product variants and case configurations from a single HMI recipe , without mechanical retooling , is what keeps changeover time from cancelling the throughput gains from the robotic system. Cybernetik’s case packers are built with automatic tool changers, SCADA-based recipe storage, and versatile vacuum and mechanical grippers specifically to hold changeover time short across a high-SKU production mix.


5. Integration with End-of-Line Systems


6. Case Packer for Shrink Packs

“The case packer is not the last step on the line. It is the step that decides whether every step before it was worth investing in”

See it in action

What Makes Cybernetik a Trusted Case Packer Manufacturer for F&B

Choosing a case packer manufacturer is a longer commitment than buying the machine. The case packer manufacturer who engineers, installs, and supports the line determines what your secondary packaging stage can do five years from now , in terms of flexibility, uptime, and the ability to handle new SKUs without a new capital purchase. Cybernetik has built its reputation as a case packer manufacturer across more than 30 countries and three decades by making six engineering commitments that compound into long-term production reliability:

  • Product Flexibility: Automatic tool changers and versatile vacuum grippers enable the same case packer machine frame to handle product variants and simultaneous handling of multiple products without mechanical retooling.
  • Product Flexibility: Automatic tool changers and versatile vacuum grippers enable the same case packer machine frame to handle product variants and simultaneous handling of multiple products without mechanical retooling.
  • Missing Unit Detection: Rapid and customized matrix formation of bottles, pouches, and shrink packs in cases , with additional feature for missing unit detection. Cases that leave the line are complete cases.
  • Quality Control at Every Stage: In-line rejection of broken pouches and metal-ingress units, vision-based defective bottle and carton detection, and outfeed check weigher rejection of underweight cases are built into configurations as standard or optional features, not afterthought add-ons.
  • CE Certification and Compliance: CE-certified case packer machines are standard across the portfolio, with GMP-built food-contact surfaces across all food and beverage configurations.
  • Integration-Ready Architecture: Every case packer machine is designed for upstream and downstream integration , from primary packaging and case erectors upstream, to taping, printing, palletizing, and stretch wrapping downstream , under a single control architecture.
  • 30+ Years and 30+ Countries: With four manufacturing facilities, two design offices, and global sales offices, Cybernetik has delivered case packer machines and end-of-line automation to food, beverage, chocolates, chemicals, consumer goods, paints, and adhesives manufacturers worldwide.

F&B Applications: Which Case Packer Machine for Which Production Environment?

The food and beverage industry covers a wide range of packaging formats and throughput requirements. Below is a first-pass reference for matching the production environment to the right Cybernetik case packer machine variant.

Snack, Biscuit, and Chip Manufacturers
Pouch-format products arriving from horizontal or vertical form-fill-seal machines. High SKU velocity and frequent changeovers. The Case Packer for Pouches (single or multiple robots) and the Multiple SKU Case Packer are the primary configurations. The staggered pouch variant is the right answer when packing density is a commercial priority , smaller secondary packs with more pouches per case means lower logistics cost per unit shipped.

Beverage Bottlers and Juice Manufacturers
High-speed bottle case packing at up to 120 bottles per minute. Lines that run both bottled and shrink-pack SKUs benefit from the Combo Case Packer for Shrink Packs and Bottles with its automatic tool changer. Lines running carbonated or functional beverage shrink packs use the dedicated Case Packer for Shrink Packs with carton guide funnels for precise last-mile placement.

Dairy, Sauce, and Condiment Manufacturers
Bottle and pouch formats, often running multiple SKUs across the same line in the same shift. The Case Packer for Bottles with automatic tool changer and vision-based defect rejection handles the bottle format. Sauce and condiment pouches use the pouch case packer variants. Mixed format lines use the combo configuration.

Confectionery and Chocolate Manufacturers
Chocolate bars and confectionery formats from the enrober or moulding line through to secondary case packing. The Chocolate Bar Case Packer handles bar variants with minimal modifications between them. The same Cybernetik engineering platform that runs the Robotic Flow Wrapper Feeding upstream connects directly to the secondary case packing stage, enabling a fully integrated confectionery line from enrober to dispatch case.

Pharmaceutical, Nutraceutical, and Health Product Manufacturers
API pouches, medicinal powder pouches, and pharmaceutical bottle formats. GMP build and CE certification are mandatory. In-line metal detection and broken pouch rejection are standard requirements. The Case Packer for Pouches and the Horizontal Pouch Case Packer both meet the compliance requirements for pharmaceutical secondary packaging environments.

Full Cybernetik Case Packer Machine Lineup at a Glance

Case Packer Machine VariantProduct HandledSpeed / PayloadKey Feature
Case Packer for Pouches (Single / Multiple Robots)Snacks, biscuits, chips, wafers, APIs, agrochemicalsSCARA: up to 12 pouches/min, 5 kg payload Six-Axis: up to 40 pouches/min, 200 kg payloadMetal detection + broken pouch rejection; pneumatic press for case lid closure; carton vibrator for packing density; check weigher
Staggered Pouch Case Packer (Two Robots)Snacks, FMCG pouches, food pouchesHigh-speed, dual-robot , customizable based on productStaggered pouch lifting system maximizes density; vibratory conveyor uniformizes pouch thickness; simultaneous dual-robot packing
Multiple SKU Case PackerDifferent pouch variants , food, chemical, agrochemicalCE-certified; up to 12 pouches/min, 5 kg payloadSingle flexible gripper handles all SKUs; customizable stacking matrix; ideal for multi-SKU production floors
Horizontal Pouch Case Packer (SCARA)Snacks, pharma, personal care pouchesCE-certified; SCARA robot, up to 6 kg payloadCarton referencing chute for precision placement; customizable matrix formations in carton; end-to-end: case packing + palletizing
Case Packer for BottlesJuices, beverages, sauces, pharma bottlesUp to 120 bottles/min (Six-Axis); servo/pneumatic grippersAutomatic tool changer for bottle variants; vision system for defective bottle and carton rejection; matrix formation station
Case Packer for Shrink PacksCarbonated drinks, energy drinks, juices, functional beveragesSingle robot; simultaneous loading of 2 shrink packsDynamic gripper sizing; carton guide funnels descend with gripper for last-mile accuracy; rapid infeed conveyor width adjustment
Case Packer for Shrink Packs & Bottles (Combo)Mixed lines , beverages in bottles and shrink packsHigh-speed; automatic tool changerRapid changeover between shrink packs and bottles; as-required matrix formation for both formats; ergonomic setup
Chocolate Bar Case PackerChocolate bars , multiple variantsCustomized based on variant mixHandles bar variants with minimal modifications; gentle pick and place for coated surfaces

Frequently asked questions

A case packer machine is a secondary packaging system that picks finished primary packs , pouches, bottles, shrink packs, or bars , and loads them into outer shipping cases or cartons in the required matrix formation. It sits between the primary packaging stage and the end-of-line palletizing stage, and its job is to perform that transition at the speed and accuracy the line needs, with the case integrity that retail distribution partners require.

Cybernetik builds eight case packer machine variants: Case Packer for Pouches (single and multiple robots), Staggered Pouch Case Packer (two robots), Multiple SKU Case Packer, Horizontal Pouch Case Packer (SCARA), Case Packer for Bottles, Case Packer for Shrink Packs, Case Packer for Shrink Packs and Bottles (combo), and Chocolate Bar Case Packer. All are built on a common engineering platform and designed for integration with upstream primary packaging and downstream palletizing systems.

Speed depends on the configuration and product. The Six-Axis Case Packer for Pouches reaches up to 40 pouches per minute with a 200 kg payload. The SCARA variant runs up to 12 pouches per minute with a 5 kg payload. The Case Packer for Bottles reaches up to 120 bottles per minute on the Six-Axis configuration. All speeds are customizable based on product and line requirements.

Yes. CE certification is standard across the Cybernetik case packer portfolio. All food and beverage configurations are built with GMP-compliant food-contact surfaces , stainless steel contact parts and food-grade gripper materials. For pharmaceutical applications, the line is built to the additional hygiene and traceability requirements of that regulatory environment.

Cybernetik’s Staggered Pouch Case Packer uses a vibratory conveyor to uniformize pouch thickness before the packing stage, and a staggered pouch lifting system that raises two pouches to slightly different heights before the robots load them. The deliberate overlap created by the stagger maximizes the number of pouches that fit into each case volume, reducing carton cost per unit shipped and improving pallet stability.

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