Material Selection
Confirm the frame, conveyor and product-contact materials for your product and cleaning method. Material grades and thickness belong in the agreed specification.
Canning Lines
Plan a Canning Line Around Your Product
A canning line coordinates container feeding, filling, closing and final identification. Start with the product and package: the line should move each container through the required operations without creating a bottleneck.
- Confirm container and lid drawings with samples
- Define required output and changeover formats
- Agree sample testing and acceptance criteria
- Confirm installation, spare parts and support scope
Materials and Components for a Durable Canning Line
Servo Motors
Review motion control and positioning needs at filling and closing stations.
Bearings
Discuss operating loads, cleaning exposure and maintenance access.
Seaming Rollers
Match seam tooling to the can and lid; agree seam inspection and replacement criteria.
Lid Dispenser
Review lid feeding, contact surfaces and consistent placement with actual closure samples.
Canning Line Solutions for Your Business
Choose a product family to define the packaging process. Filling, sealing, capping, labeling and coding can be coordinated around the selected package.
Build Your Custom Canning Line
Raw Materials and Components
Specify contact materials, control components and preferred brands in the quotation.
Precision Manufacturing
Review tooling fit, container transfer and change parts using your package drawings.
Control and Protection
Define line coordination, overload protection, emergency stops and guarding.
Quality Control
Agree sample-run conditions, inspection records and acceptance tests for the assembled line.
Support and Warranty
Confirm packing, installation, training, spare parts and warranty terms in writing.
Customization
Share product behavior, package formats, utilities and floor space to establish the line layout.
Packaging Line Stations
Select the stations required by the product and package. Cleaning, filling and closing requirements must be confirmed together; a generic line does not establish a sterilization or shelf-life result.
1. Rotary Can Infeed Table
Introduces empty containers to the conveyor. Confirm buffer capacity and container stability.
2. Can Rinser
Prepares empty containers using the specified cleaning process. Cleaning effectiveness requires validation for the application.
3. Dosing System and Filler
Meters product into containers. Coordinate the dosing system, container sensors and line controls.
4. Can Seamer
Forms the lid-to-body seam with compatible tooling. Confirm seam dimensions and inspection methods.
5. Can Labeling Machine
Applies labels to the package. Check label material, position and container geometry.
6. Can Coding Machine
Adds identification such as batch and date information. Choose a coding method for the package surface.
7. Rotary Can Outfeed Table
Collects finished containers and transfers them toward downstream packing.
Equipment Documentation
Request documents for the exact proposed configuration and destination requirements. The archived reference shows ISO, capping CE, sealing CE and side-label applicator CSA document categories; those documents do not certify Deepack equipment.
Discuss Required DocumentationCanning Line FAQs
How does a can packaging line work?
Empty containers enter the conveyor, pass through the required preparation and filling stations, and receive compatible lids at the closing station. Labeling and coding identify the finished package before outfeed. The final sequence depends on the product and package.
Which products can a filling line handle?
The reference groups solutions into powder, solid and liquid products, with additional hand sanitizer, pouch and cannabis packaging categories. These are application families, not a guarantee that one configuration handles every product.
What can be customized for a can packaging line?
Discuss the dosing method, container and closure formats, required output, layout, utilities, control components and changeover needs. Confirm the final configuration against representative samples.
Discuss Your Line Requirements
Share your product, container and lid drawings, required output, available space and destination power supply.