Application-Tested Handling
Product transfer and pack formation are confirmed around representative samples.
Case Packing Systems
CP-450 Automatic Case Packer
A servo-driven case packing platform for cartons, pouches, bottles and bundled products, configured around the real product, case style and line interface.
1,500+equipment Varieties
Flexiblemodel MOQ
ExportDocument Support
CP-450 Automatic Case Packer
Model CP-450
A servo-driven case packing platform for cartons, pouches, bottles and bundled products, configured around the real product, case style and line interface.
Recipe-Based Changeover
Stored settings and guided adjustments support multiple product formats.
Integrated Line Interfaces
Signals, transfer heights and accumulation logic are defined with adjacent equipment.
International Project Support
Electrical standards, documentation and commissioning scope can be adapted by market.
Technical Specifications
- Product Size Range
- Confirmed after sample review
- Case Styles
- RSC / tray / wraparound optional
- Loading Direction
- Side-load or top-load
- Changeover
- Recipe-assisted with change parts
- Machine Frame
- Painted steel or stainless steel
- Compressed Air
- 6 bar nominal
Equipment Snapshot
Key Performance and Configuration Information
Demonstration figures show how a professional equipment page can present the operating range without hiding project-dependent conditions.
- Rated Output
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Up to 45 cases/min
Dependent on product, pattern and case handling.
- Product Formats
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Cartons / pouches / bottles
Confirmed with representative samples.
- Pack Patterns
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Single or multi-layer
Recipe-controlled pattern selection.
- Controls
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PLC + HMI + servo
Destination-standard components available.
Equipment Overview
Application-Engineered Equipment, Not a One-Size-Fits-All Machine
The CP-450 combines controlled product infeed, collation, case loading and discharge in one coordinated platform. It can be configured for side-load, top-load or assisted wraparound projects depending on product stability, pack pattern and available floor space.
The engineering review begins with representative products and cases. Product dimensions, surface friction, center of gravity, packaging rigidity and target output are used to select guides, lane division, collation logic and loading motion.
Final performance is confirmed against an agreed operating window rather than a single headline speed. The technical proposal identifies product range, pack patterns, change parts, utilities, control architecture and upstream or downstream responsibilities.
- Mechanical and electrical engineering
- Assembly, programming and dry-run testing
- Documented FAT before shipment
Technical Specifications
Model CP-450 Technical Data and Project Conditions
Final values are confirmed after sample, layout, utility and interface review. Each row can include an explanatory note instead of presenting isolated numbers.
- Product Size Range
-
Confirmed after sample review
Minimum and maximum dimensions are validated together with product stability.
- Case Styles
-
RSC / tray / wraparound optional
Case-forming and closing interfaces are selected by project.
- Loading Direction
-
Side-load or top-load
Selected according to product shape and pack pattern.
- Changeover
-
Recipe-assisted with change parts
Tool-less adjustments can be used where practical.
- Machine Frame
-
Painted steel or stainless steel
Material is selected for the production environment.
- Compressed Air
-
6 bar nominal
Final consumption depends on selected options.
- Electrical Supply
-
Configured for destination
Voltage, frequency and cabinet standard are confirmed before design approval.
- Documentation
-
Drawings, manuals, parts list and FAT record
Language and file format are defined in the project scope.
Project Advantages
What the Technical Scope Is Designed to Control
These benefits come from application review, defined interfaces and measurable acceptance criteria rather than decorative feature claims.
Controlled Product Collation
Lane control and servo motion maintain the required count and pattern before loading.
Practical Format Change
Recipes, scales and accessible change parts reduce adjustment time between approved formats.
Defined Line Interfaces
Transfer heights, accumulation, signals and responsibility boundaries are documented before build.
Sample-Based FAT
Loading quality, alarms, safety and output are checked with agreed products and cases.
Typical Applications
Where Model CP-450 Can Be Configured to Operate
Application suitability is confirmed against real samples, speed and environmental conditions before the final machine configuration is released.
Cartons and Retail Boxes
Collation and case loading for stable rectangular packs.
Pouches and Flexible Packs
Guided handling for products that require controlled support during grouping.
Bottles and Containers
Lane control and pattern formation for rigid containers.
Bundled Multipacks
Secondary packing for shrink bundles and grouped retail units.
Configuration & Integration
Define the Machine Boundary Before Drawings and Software Are Approved
A complete quotation identifies what the machine receives, what it delivers and which functions belong to adjacent equipment or the customer site.
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Mechanical interface
Transfer height, product orientation, access, guarding and installation clearances.
-
Electrical and controls interface
Power, safety, run permission, fault status, speed references and network connections.
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Project responsibility boundary
Samples, utilities, local work, lifting, installation, validation and site acceptance responsibilities.
Operating Sequence
How the CP-450 Forms and Loads Each Case
The exact sequence changes by loading style, but each project follows a controlled product-flow logic.
-
01
Infeed and Spacing
Products enter under controlled speed and spacing so the downstream collation remains stable.
-
02
Lane Division and Counting
Guides, sensors and servo control create the required count and lane arrangement.
-
03
Pattern Formation
Products are grouped into the approved single-layer or multi-layer pack pattern.
-
04
Case Loading
The group is inserted or placed into the case with controlled acceleration and support.
-
05
Discharge and Line Handover
Loaded cases are transferred to closing, sealing, inspection or palletizing equipment.
Configuration Comparison
Compare Common Case Packing Architectures
Use the same comparison factors when evaluating competing technical proposals.
| Project Factor | Side Load | Top Load | Wraparound |
|---|---|---|---|
| Typical products | Cartons, pouches, bundles | Trays, bags, irregular packs | Stable rigid products |
| Case style | Preformed RSC case | Tray or open case | Flat corrugated blank |
| Product support | Guided horizontal loading | Vertical placement | Product and blank formed together |
| Changeover focus | Lane and pusher setup | Pick tool and placement recipe | Blank and forming dimensions |
| Selection basis | Stable grouped pattern | Delicate or irregular handling | Material and footprint efficiency |
Technical Review
Evaluate the Equipment from Product Input to Lifecycle Support
Each tab answers a different procurement question and demonstrates a deeper product-content structure.
Confirm the Real Handling Window
Review minimum and maximum product size, weight, rigidity, surface friction, center of gravity and deformation risk. Samples should represent normal production variation, not only ideal packs.
Define the Case Style and Pack Arrangement
Confirm case dimensions, board quality, flap condition, layer count, orientation and allowable product compression. The approved pattern becomes part of the FAT basis.
Separate Recipe Changes from Physical Change Parts
The proposal identifies which adjustments are automatic, which use scales or handwheels and which require dedicated parts. Expected changeover time is stated for trained operators.
Coordinate Case Supply, Sealing and Palletizing
Upstream product release, case supply, downstream sealing, accumulation and palletizing signals are listed so no interface is left to assumption.
Plan Access, Spares and Diagnostic Support
Maintenance doors, lubrication points, wear parts, backups and remote diagnostic access are reviewed before the final layout is approved.
Factory Acceptance Testing
A Written FAT Connects the Technical Proposal to Shipment Approval
Testing uses agreed samples, functions and acceptance methods. Project-dependent items are recorded rather than hidden.
- 01
Sample and Case Verification
Confirm that test products and cases match the approved operating range.
- 02
Dry Run and Function Test
Check motion sequence, recipes, sensors, alarms and manual controls.
- 03
Output and Loading Quality
Run the agreed speed and inspect count, orientation, damage and case presentation.
- 04
Safety and Fault Recovery
Test interlocks, emergency stops, guarding and restart behavior after common faults.
- 05
Documents and Punch List
Review drawings, manuals, parts list and remaining actions before shipment approval.
Procurement Risk Review
Questions That Should Be Resolved Before Purchase Order
A professional product page should make risk and project assumptions visible, not only list attractive features.
Common Risk
Technical Response
Rated speed is quoted without product and operating assumptions.
Tie output to approved samples, format, buffer condition, reject logic and FAT method.
Machine boundaries and adjacent-equipment responsibilities are unclear.
Approve a layout, interface list and responsibility matrix before manufacturing.
Installation and ramp-up support are discussed after shipment.
Define site readiness, commissioning, training, spares and remote support in the project scope.
Project Documents
Documents Used from Technical Confirmation to Handover
These demonstration resources show how an independent site can present technical depth and reduce uncertainty before inquiry.
Equipment FAQ
Questions Buyers Ask Before Configuring Model CP-450
The answers identify what must be confirmed during technical review instead of presenting unsupported guarantees.
Which products are suitable for the CP-450? +
The machine can be configured for cartons, pouches, bottles and bundled products. Suitability depends on stability, surface condition, dimensional tolerance and the required case pattern.
Can one machine run several case sizes? +
Yes, within an approved range. The technical proposal separates recipe changes, mechanical adjustments and dedicated change parts so the buyer can evaluate real changeover effort.
Is a case erector and sealer included? +
They can be included as part of a complete cell or supplied as defined interfaces. The project boundary is shown in the layout and interface list.
How is product damage controlled during loading? +
Acceleration, support surfaces, guide clearances and loading motion are selected around the product. FAT checks include visible damage, deformation and pack presentation.
What samples are needed before manufacturing? +
Provide minimum and maximum product formats, representative cases, packaging drawings and samples that reflect normal production variation.
Can the CP-450 connect to an existing line? +
Yes. Transfer height, speed control, accumulation, signal exchange and safety boundaries must be confirmed before the final layout is released.
Related Equipment
Build the Surrounding Automation Cell
Review upstream, downstream and complementary equipment using the same structured product system.
Buyer Resources
Plan the Project Before Comparing Quotations
Long-form selection guides help buyers prepare better inputs, evaluate suppliers and define acceptance criteria.
Request a Technical Proposal
Send the Product, Speed, Layout and Interface Requirements for Model CP-450
Attach representative product photos, drawings, packaging information or a short production video. The first response should identify missing technical inputs and a practical next step.