Secondary Packaging
Automatic Case Packing Systems
Flexible side-load and top-load solutions for cartons, pouches, bottles and bundled products.
Industrial Automation & Turnkey Systems
Automation Systems Engineered for Reliable, Scalable Production
ARK V7 Automation designs packaging equipment, robotic cells, conveying systems and integrated production lines for manufacturers that need consistent output and clear project control.
Industries Served
Automation for Different Manufacturing Environments
The same engineering framework can be adapted to different products, hygiene requirements, speeds and material-flow conditions.
Food & BeverageConsumer GoodsPharmaceuticalsLogisticsBuilding Materials
Equipment Portfolio
Automation Equipment for Packaging, Handling and Quality Control
Start with a proven machine platform or combine multiple stations into one coordinated production system.
End-of-Line
Robotic Palletizing Cells
Compact robot cells with grippers, safety systems and pallet handling for multiple SKUs.
Quality Assurance
Vision Inspection Systems
Camera-based inspection for labels, codes, caps, fill levels, dimensions and product presence.
Identification
Labeling & Coding Equipment
High-speed labeling, date coding and traceability integration for modern packaging lines.
Material Flow
Modular Conveying Systems
Straight, curved, elevating and accumulation conveyors designed around real factory layouts.
Line Integration
Controls & Custom Automation
PLC, HMI, servo, safety and production-data integration for individual machines or complete lines.
Engineering Capacity
Built to Support Standalone Machines and Integrated Line Projects
These demonstration figures show how capacity, delivery experience and international service can be presented without overcrowding the page.
Years Experience
Automation engineering and equipment manufacturing.
Systems Delivered
Machines, robot cells and integrated lines.
Production Space
Assembly, controls integration and FAT space.
Export Markets
Documentation and service for international projects.
Why ARK V7 Automation
A Practical Engineering Partner for Equipment and Line Projects
Each proposal connects machine configuration, project checkpoints, maintainability and after-sales support to the buyer’s actual production conditions.
Application-Based Design
Machine configuration begins with product dimensions, target speed, pack pattern, available floor space and operating conditions.
Defined Project Checkpoints
Layout, interface list, drawings, software functions and FAT criteria are confirmed before each major manufacturing stage.
Serviceable System Architecture
Components, access points, guarding and controls are selected with maintenance, changeover and future expansion in mind.
International Project Support
Documentation, remote diagnostics, spare-parts planning and on-site commissioning can be aligned with the destination market.
Project Risk Control
Common Automation Project Risks and Practical Responses
Buyer Concern
Engineering Response
Quoted speed does not reflect real product handling
Test representative samples and define speed together with reject rate, accumulation and changeover assumptions.
Interfaces between machines are unclear
Create an interface list covering signals, heights, product transfers, safety zones and responsibility boundaries.
Installation delays production start-up
Complete FAT, utility checks, site-preparation lists and remote pre-commissioning reviews before shipment.
Manufacturing and Testing
Equipment Engineering, Assembly and FAT Managed Under One Project Workflow
Mechanical design, electrical integration, software, assembly and testing follow an approved technical specification. Buyers can review project checkpoints instead of relying on a generic factory claim.
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Application and layout review
Confirm products, process, interfaces, access and factory constraints.
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Mechanical, controls and software integration
Coordinate drawings, components, safety, recipes and line behavior.
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Documented FAT and shipment release
Test agreed functions, output, faults, safety and project documents.
Compare Automation Levels
Choose a System Architecture That Matches Your Output and Labor Goals
| Project Factor | Standalone Machine | Integrated Cell | Turnkey Line |
|---|---|---|---|
| Best for | One defined process | Several coordinated operations | Complete production flow |
| Controls | Local PLC/HMI | Cell-level coordination | Line supervisory control |
| Project scope | Machine supply | Machine, guarding and interfaces | Design, integration and commissioning |
Project Delivery Process
From Requirement Review to Commissioned Production
Each stage produces a clear technical decision, reducing surprises during manufacturing, installation and ramp-up.
- 01
Requirement Review
Confirm product, packaging, speed, utilities, line interfaces and site constraints.
- 02
Concept & Layout
Develop equipment selection, process flow, preliminary layout and project boundaries.
- 03
Technical Confirmation
Approve drawings, component standards, controls, guarding and acceptance criteria.
- 04
Manufacturing & Integration
Fabricate, assemble, wire and program equipment under one controlled schedule.
- 05
FAT & Delivery
Run agreed tests, close punch-list items and prepare shipment documentation.
- 06
Installation & Support
Commission the system, train operators and provide ongoing technical support.
Project Case
Integrated Beverage Packaging Line with Inspection and Robotic Palletizing
The customer needed one coordinated system for carton handling, code inspection, case packing and palletizing while keeping changeovers manageable for several product formats.
- Target output: 30 cases/min
- Central line controls and production status
- FAT completed with customer samples
- Operator training and remote diagnostics
Customer Perspective
Clear Engineering Communication Keeps Projects Moving
The team converted our product list and floor-space limits into a clear layout, then tracked every interface through FAT.
Operations Manager Food Manufacturer, Europe
Changeover access, spare parts and remote support were discussed before the order, not after the machine arrived.
Engineering Director Consumer Goods, Middle East
The project documents made installation far easier for our local electrical and mechanical contractors.
Project Integrator North America
Technical Documents & Certifications
Documents Buyers Can Review During Supplier and Project Evaluation
Engineering Guides
Practical Automation Planning Resources
Use selection criteria, project inputs and FAT checkpoints to compare proposals on the same technical basis.
Selection Guide
How to Choose an Automatic Case Packer
Compare product handling, pack pattern, speed, changeover and line-integration requirements.
Project Planning
Information Needed Before Designing an Automated Line
A clear input checklist for layout, utilities, controls, product flow and acceptance criteria.
FAT Checklist
What to Verify During Factory Acceptance Testing
Use defined products, speeds, alarms and safety checks to make FAT a useful project gate.
Automation Project FAQ
Questions Buyers Usually Ask Before Requesting a Technical Proposal
Clear product data, layout information and acceptance criteria help suppliers prepare a useful technical proposal instead of a generic price sheet.
What information is needed for an automation quotation? +
Please share product dimensions and weight, current packaging, target speed, required pack pattern, available layout, utilities, destination standard and any upstream or downstream equipment.
Can one machine handle multiple product sizes? +
Usually yes, within a defined operating range. The proposal should identify no-tool adjustments, change parts, recipe settings and the expected changeover time.
How is the system tested before shipment? +
A factory acceptance test is prepared around the agreed products, speed, functions, alarms, safety checks and documentation. Customer samples are strongly recommended.
Do you support installation and operator training? +
Remote guidance and on-site commissioning can be planned according to project scope, location and local contractor capability.
Which PLC and electrical brands are available? +
Siemens, Allen-Bradley and other internationally supported platforms can be discussed. Final selection depends on destination standards and the customer’s maintenance preference.
Plan Your Automation Project
Share Your Product, Target Speed and Current Production Challenge
Send sample photos or videos, packaging dimensions, output requirements and available layout. The engineering team will identify the next technical questions and a practical system direction.
- Application review before quotation
- Layout and interface planning
- FAT, installation and support options