Closure contact
Supply cap and neck drawings, liner details and representative samples. Check wheel contact, thread engagement and tamper-band condition before and after tightening.
Product media awaiting approval
The reference describes LPE-SCM008 as an eight-wheel screw capper. Its operating interface stores adjustable parameters and displays fault prompts. The source discusses reducing cap and tamper-band damage during tightening; this is a reference claim to assess with your own samples.
Review the cap contact surfaces and container restraint together. Provide filled containers and matching threaded closures so alignment, grip and tightening can be checked under the intended operating conditions.
Discuss This Eight-Wheel Screw CapperDownload reference notes (TXT)
Reference notes are not an official specification PDF.
Levapack reference information only; Deepack specifications require project confirmation.
| Item | Reference description |
|---|---|
| Reference model (web page) | LPE-SCM008 |
| Tightening arrangement | Eight wheels |
| Operating interface | Stored and adjustable operating parameters; fault prompts |
| Numeric operating specifications | Pending model reconciliation and Deepack confirmation |
The live product page names LPE-SCM008, but its linked legacy DOC specification names LPE-SCM08. These identifiers are not identical. Numeric values from that document are withheld from this configuration until the supplier confirms the model relationship.
Output, cap and container dimensions, torque range, electrical supply, air requirements, weight and machine dimensions require confirmation for the actual Deepack configuration. Eight wheels do not mean eight capping heads. Do not substitute data from LPE-CSM08, LPE-TCP01, LPE-SCM01 or either rotary model.
Supply cap and neck drawings, liner details and representative samples. Check wheel contact, thread engagement and tamper-band condition before and after tightening.
Include filled weight and the smallest and largest formats. Review guide adjustment and gripping without distorting the container.
Define accepted output and closure checks. Review stored settings, fault recovery and changeover with the proposed feeder and conveyor arrangement.
Also explore Screw Capping Machines and Automatic Capping Machine configurations.
Share cap and container drawings, filled samples, target output, closure acceptance criteria and line layout. Request confirmation of the model identity and equipment specification.