Present the Can and End
Send matching can and lid samples. Agree who positions each part, how the can is supported and what confirms readiness before a cycle starts.
Review operator handling, the can and end, and the proposed vacuum and nitrogen cycle together. This semi-automatic equipment family needs its own loading and unloading plan before it can be fitted into a packaging operation.
Discuss Your Can and EndDownload reference notes (TXT)
This reference TXT is not a formal specification PDF.
Levapack reference description only. The listed materials and model are not confirmed specifications of a Deepack offer.
| Item | Reference description |
|---|---|
| Reference model | LPE-SVC05 |
| Rollers and chuck — source description | Cr12 die steel |
| Cover and main parts — source description | SUS304 stainless steel |
| Vacuum-system seal — source description | Silica gel, as described by the source; exact material grade requires confirmation |
| Output and container dimensions | Not stated in the reviewed page description |
| Vacuum and gas performance | No confirmed vacuum level, residual oxygen value or gas consumption |
| Offered Deepack configuration | Model, materials, tooling and utilities to be confirmed |
The source description lists the model and three material statements. It does not establish a tested vacuum level, oxygen result, shelf life, throughput or a complete operating sequence.
Send matching can and lid samples. Agree who positions each part, how the can is supported and what confirms readiness before a cycle starts.
Ask the supplier to demonstrate the proposed evacuation, gas admission and seaming sequence. Confirm controls, interlocks and recovery after interruption on the offered machine.
Agree safe release and unloading steps, where the finished can is placed and how seam checks are recorded during a run.
These are planning checks, not a verified instruction manual. The exact loading method and cycle need supplier confirmation.
Provide body material, diameter, height, flange and end drawings. Review the chuck, support plate and roller profiles for every intended format using actual samples.
Request the pump specification, gas supply conditions, connection layout and included components. Agree measured acceptance criteria and the test method; the machine name alone does not establish performance.
Review loading reach, guarding, cleaning access and format changes. Request the list of change parts and a demonstrated procedure before finalizing the workstation layout.
This reference is the semi-automatic LPE-SVC05. The existing fully automatic nitrogen filling and vacuum sealing detail belongs to a separate equipment route. Confirm can infeed, end placement, cycle initiation and discharge individually when comparing proposals; automatic-model speed or process statements do not transfer to this model.
View the fully automatic nitrogen filling and vacuum sealing model
A successful seam does not by itself establish residual oxygen, vacuum retention or shelf life. Any preservation requirement needs evidence for the product and complete package under defined conditions.
Confirm certification and commercial commitments against the offered equipment documents.
Review Your Sample TrialNo. LPE-SVC05 identifies this source semi-automatic model. The fully automatic model has a separate detail page and needs a separate handling and specification review.
No. Confirm can loading, end placement, starting, release and unloading with the supplier demonstration and manual.
No. They describe the reference model. Ask for material specifications and supporting records for the offered equipment.
No oxygen result or preservation guarantee is established here. Agree a relevant measurement method and acceptance criteria if needed.
Compatibility and change parts depend on the can and end geometry. Submit each format for tooling review and sample trials.
The form validates your entries and states that they have not been sent. Live delivery and a formal specification PDF remain pending.
Tell us your can and end dimensions, product, handling plan and required output.