Three configurations are listed in the reference category. Discuss your package with Deepack to confirm the equipment specification.
Product gallery awaiting approved media
Glass bottle and aluminum closure configuration. Send the closure drawing to establish the required forming or tightening tooling.
LPE-RVS040. Levapack identifier only; Deepack model and specifications await confirmation.
Product gallery awaiting approved media
Spindle-wheel configuration for threaded closures. Review bottle grip and cap contact surfaces with filled samples.
LPE-SCM008. Levapack identifier only; Deepack model and specifications await confirmation.
Product gallery awaiting approved media
Vacuum-assisted glass jar configuration. Define the measurement point and acceptance range for both closure torque and package vacuum.
LPE-RSC040 in the product card; LPE-RVS040 elsewhere on the reference page (inconsistent). Levapack identifier only; Deepack model and specifications await confirmation.
Start with a filled container, its closure and the required opening behavior. Review thread engagement, liner compression and container support together. These determine what a successful trial must demonstrate.
The tightening station rotates a compatible closure while restraining the container. A useful acceptance plan covers application torque, removal torque after storage, cap alignment and damage. Agree the test method before comparing proposed machines.
Provide thread and liner drawings together with cap diameter.
Check clearance above the cap and the grip surface available to the tooling.
Identify the tightening surface without loading the opening feature.
Include the dip tube, trigger orientation and feeding constraints.
Check the band before and after application and during the first opening.
A head engages the cap. Confirm centering, contact material and access for changing the chuck.
Wheels contact the cap as the container passes through. Review wheel pressure, grip belts and the response to dimensional variation.
Define how loose caps are replenished and oriented, then coordinate delivery with container spacing. Operators still need access to clear interruptions.
Document manual cap placement, container loading and the cycle-start control. Evaluate reach and changeover against the expected batch size.
Compare trials using the same package: record accepted containers, damaged bands, crooked caps, operator time and stoppages. Include restart and format-change samples so an average output figure does not hide rejected closures.
Review aluminum closure geometry and neck finish before choosing rotary tooling.
Assess spindle contact, container restraint and cap deformation.
Specify filled temperature, headspace and the vacuum check after cooling.
Check the cap contact surface and quick-change access.
Record the adjustment position for each format.
Test orientation using a representative batch of loose closures.
Inspect cap release and the transition onto the container.
Support the package without distorting its walls.
Coordinate the transfer and tightening speeds.
Confirm belt access and guarding.
Review transmission guards and maintenance clearance.
Include missing-cap, cross-thread and jam recovery in the trial. Approved demonstration video is pending.
List grades and component brands in the quotation.
Identify critical dimensions on approved drawings.
Check alignment and adjustment repeatability.
Review wiring, guarding and stop controls.
Use filled containers and production closures.
Agree duration and record interruptions.
Document cleaning and transport protection.
Ask for documentation tied to the proposed machine and destination. Verified Deepack certificates are pending; reference-company certificates are not Deepack evidence.
List format frequency and required change parts.
Define acceptable marking and tamper-band integrity.
Specify interface language and adjustment permissions.
Reserve space around feeders and tightening stations.
Describe the contents, filling temperature, headspace and container material. Food, beverage, chemical, cosmetic and pharmaceutical projects need different acceptance checks. Package samples determine compatibility; an industry label is insufficient.
Discuss Your Screw Capping ProjectSend cap and neck drawings, filled weight, output target and layout.
Agree tooling, materials, electrical components and machine footprint.
Review the proposed drawing and operator access before manufacture.
Confirm the build specification and evaluate representative samples against the agreed criteria.
Map cap replenishment, container infeed, tightening and downstream inspection. Set the response to a stopped downstream conveyor and confirm how operators resume production without releasing unchecked packages.
Verified Deepack screw-capping case studies and customer permissions are awaiting confirmation. Request available project evidence for your package.
Provide filled containers, loose closures and drawings for every format, including the smallest and largest tolerances.
Agree a separate package test with the closure supplier. Torque alone does not verify every sealing requirement.
Validate each cap and container combination, then document its tooling and adjustment settings.
Available to browse: Rotary Screw Capping Machine for Glass Bottle; Screw Capping Machine; Rotary Vacuum Screw Capping Machine for Glass Can. All listed product details are available to browse. Use the enquiry form to request a confirmed project specification.
Tell us about your closure, container and production requirements.