Verify applicable objects first
Metal cans and matching lids that can be stably conveyed and seamed; can diameter, height, body rigidity, and seam are confirmed with actual samples
Inline can seaming
Inline automatic can seamer
For metal cans and matching lids, the machine positions each can, supports manual or optional automatic lid placement, presses and positions the lid, seams and discharges in continuous conveying. Can and lid dimensions, body rigidity, sealing compound and seam standard determine the chuck and rolls; lid feeding, inspection, rejection, buffering and filling-line controls are project-confirmed.
Actual equipment materialsContinuous conveying and seamingParameters confirmed per project
See actual working conditions first
Can lid, seam, and conveying positioning must be jointly verified
Please provide can body, can lid, seaming diagram and acceptance standards, can mouth condition after filling, target speed, and conveying interface.
Packaging materials and process must match
Can lids and seaming structure matching the can body; sealing compound, lid orientation, and seaming standards are confirmed with samples; can conveying and positioning, manual or optional automatic lid placement, lid pressing and positioning, seaming, optional inspection, and discharge
Optional modules are not standard
Optional lid sorting and placement, missing lid detection, seaming inspection, abnormal rejection, buffering, and filling line interlock.
Parameters confirmed per project
Please provide can body, can lid, seaming diagram and acceptance standards, can mouth condition after filling, target speed, and conveying interface.
See actual working conditions first
Information recommended before quotation
The more complete the samples, packaging materials, and site information, the easier it is to determine the equipment route, changeover scope, and line boundaries.
Can lid, seam, and conveying positioning must be jointly verified
- Seaming rolls, base plate, and can positioning are jointly confirmed based on can lid and seaming standards
- Inline conveying, lid placement, and seaming speed are coordinated with upstream/downstream can supply
- Lid sorting, missing lid detection, seaming inspection, rejection, and buffering are optional modules
- Seaming parameters, capacity, power, and compatibility range are confirmed per project configuration
Information recommended before quotation
- Actual can body and lid, can diameter and height, and seaming drawings
- Acceptance standards for seaming, sealing, leakage, or cut-can inspection
- Dust, spillage, and container temperature at can mouth after filling
- Lid feeding method, target speed, conveying height, and signal interfaces with upstream/downstream equipment
See actual working conditions first
Safe selection parameter range
Please provide can body, can lid, seaming diagram and acceptance standards, can mouth condition after filling, target speed, and conveying interface.
Capacity and speed
Confirmed based on can spacing, lid placement stability, seaming action, inspection, and upstream/downstream conveying speed; no fixed values published without project validation
Automation scope
Inline automatic positioning and seaming; lid sorting and placement, seaming inspection, rejection, buffering, and filling line interface are optional per project
Applicable containers or packaging
Metal cans and matching lids that can be stably conveyed and seamed; can diameter, height, body rigidity, and seam are confirmed with actual samples
Applicable products
Powders, granules, solids, or liquid-containing products after filling; dust, spillage, and can mouth cleanliness must be specified
Packaging materials and consumables
Can lids and seaming structure matching the can body; sealing compound, lid orientation, and seaming standards are confirmed with samples
Basic process
Can conveying and positioning, manual or optional automatic lid placement, lid pressing and positioning, seaming, optional inspection, and discharge
Tooling and changeover
Replace or adjust guides, platforms, base plates, seaming rolls, lid feeder, and program according to can diameter, height, and lid type
Power, air supply, and layout
Determine equipment dimensions, power, air supply, maintenance space, and upstream/downstream interfaces based on conveying positioning, seaming drive, optional lid sorting and inspection, buffering, and control
Common configuration routes
Steps from sample confirmation to delivery
The more complete the samples, packaging materials, and site information, the easier it is to determine the equipment route, changeover scope, and line boundaries.
Confirm can diameter, height, lid type, seam, sealing compound, and quality standards.
Adjust platform, base plate, seaming rolls, and check seam and seal.
Check can supply, lid placement, buffering, faults, and upstream/downstream signals.
Accept according to agreed can lid, speed, seam, inspection, and changeover requirements.
Common configuration routes
Compare manual lid placement, automatic lid feeding, and vacuum/gas can seaming
Manual-lid inline seaming, automatic lid feeding and vacuum or gas processing have different process boundaries and are not interchangeable under the generic term can sealing.
Manual lid placement inline seamingManual lid placement, machine performs conveying positioning and seaming; suitable for projects with simplified lid feeding requirements.
Automatic lid feeding seamingOptional automatic lid sorting and placement with missing lid detection; lid supply and buffering must be verified.
Vacuum/gas can seamingAdd vacuum or gas treatment; process, safety, and inspection must be confirmed separately.
Inline can seaming
Manual-lid inline seaming, automatic lid feeding and vacuum or gas processing have different process boundaries and are not interchangeable under the generic term can sealing.
See actual working conditions first
Frequently Asked Questions
Please provide can body, can lid, seaming diagram and acceptance standards, can mouth condition after filling, target speed, and conveying interface.
Can the same seamer handle different can diameters?
It can be evaluated, but usually requires changing base plates, seaming rolls, or platforms and adjusting guides; different seam structures also need re-validation.
Is automatic lid sorting and placement standard?
Not by default. Lid orientation, stacking, feeding method, missing lid detection, and buffering must be designed according to the actual can lid.
Send samples and requirements
Confirm samples, packaging materials, and process first, then finalize configuration
Send can and lid samples, seam drawing and acceptance standard, post-fill rim condition, target cycle, lid-feeding route, inspection/reject needs and line interfaces.
Actual can body and lid, can diameter and height, and seaming drawingsAcceptance standards for seaming, sealing, leakage, or cut-can inspectionDust, spillage, and container temperature at can mouth after fillingLid feeding method, target speed, conveying height, and signal interfaces with upstream/downstream equipment