For approved containers and closures requiring positive cap pickup and placement, with infeed worm and star wheel or equivalent positive container handling.
Machine overview
H M Pharma Machines manufactures the Pick & Place Multi Head Capping Machine in Ahmedabad, Gujarat, India for pharmaceutical, nutraceutical, cosmetic, food, chemical and allied production applications.
The Pick & Place Multi Head Capping Machine uses infeed worm and star wheel or equivalent positive container handling for container and closure handling. Its approved process completes when outfeed star wheel returns closed containers to the conveyor.
Detailed engineering for the Pick & Place Multi Head Capping Machine aligns synchronized turret, cap-feed, bottle and closure-sensing controls with the approved application, target output, utility schedule and final line layout before the GA drawing is released.
Why this machine
The Pick & Place Multi Head Capping Machine is intended for approved containers and closures requiring positive cap pickup and placement; performance is assessed against the output and acceptance criteria stated for the approved configuration.
Infeed worm and star wheel or equivalent positive container handling.
Synchronized turret, cap-feed, bottle and closure-sensing controls.
For the Pick & Place Multi Head Capping Machine, the materials and cleanability review follows this product-contact requirement: Closure-contact components, guides, star wheels and guarding are configured from approved bottle and cap samples.
Format changeover covers container-handling parts, cap pickup tooling, cap-feed settings and the closing-head setup for the approved bottle and closure.
Outfeed star wheel returns closed containers to the conveyor.
Operating process
The rotary system synchronizes positively handled containers with multiple heads that collect oriented caps, place them on the neck and complete the specified closing action.
An infeed worm and star wheel, or the configured equivalent, establish container pitch and carry each container into the rotary turret.
Caps arrive in the correct orientation at the pickup point as the turret and capping heads remain synchronized with container positions.
Each head collects a cap, carries it to the corresponding container, places it squarely on the neck and tightens or seals it as specified.
The outfeed star wheel removes closed containers from the turret and returns them to the conveyor for the next operation.
Applications & selection
Pharmaceutical bottles and vials can be closed as synchronized heads collect oriented caps, place them squarely and complete the approved closure action.
Nutraceutical containers are handled after cap pickup geometry, neck finish, turret tooling and closure setting are proven with samples.
Cosmetic and personal-care packs may use pick-and-place capping for compatible screw caps, pumps or closures that the selected heads can handle.
Food and beverage bottles can be capped at rotary speed when cap orientation, placement stability and seal integrity meet the approved criteria.
Chemical and agrochemical containers require closure, liner, torque and product-compatibility review before the cap-handling parts are released.
The multi-head capper can synchronize its worm, star wheels and turret with upstream filling and downstream inspection or labeling machines.
Technical details
| Machine | Pick & Place Multi Head Capping Machine |
|---|---|
| Category | Capping Machines |
| Suitable For | Approved containers and closures requiring positive cap pickup and placement |
| Working Principle | Containers are positively indexed while rotating heads collect caps from a pickup point, place them on the neck and tighten or seal them. |
| Infeed / Handling | Infeed worm and star wheel or equivalent positive container handling |
| Outfeed / Transfer | Outfeed star wheel returns closed containers to the conveyor |
| Machine Construction | GMP-oriented stainless-steel construction as defined in the approved scope |
|---|---|
| Contact Materials | Closure-contact components, guides, star wheels and guarding are configured from approved bottle and cap samples. |
| Control System | Synchronized turret, cap-feed, bottle and closure-sensing controls |
| Changeover | Settings, guides and format parts matched to approved samples or drawings |
| Optional Scope | Number of heads, screw or ROPP closing technology, torque monitoring, inspection and reject are configurable. |
| Line Integration | Standalone supply or integration with approved upstream and downstream machines |
| Closing arrangement | Rotary cap pickup and placement; the quotation identifies the head count and selected screw or ROPP closing technology. |
|---|---|
| Bottle and closure formats | Approve bottle diameter, height, neck finish and closure drawings or samples before selecting pickup and closing tooling. |
| Positive container handling | Define infeed worm, star wheel or equivalent handling, turret pitch and outfeed transfer for the approved bottle format. |
| Cap supply and pickup | Specify cap orientation, feed method and the pickup point needed to present closures in time with turret motion. |
| Output assessment | Agree containers per minute for the ordered head count, turret cycle, bottle handling, cap-feed reliability and closure operation. |
| Closure acceptance and FAT | Agree torque or ROPP forming and seal criteria for the selected closure; use approved bottle/cap samples and a stated trial plan. |
| Controls and line signals | Define turret synchronization, cap-feed and bottle/closure sensing; monitoring, inspection and reject functions apply only where ordered. |
| Electrical and pneumatic services | The load list states supply and connected load for drives and the fitted feeder; pneumatic demand is listed for the selected actuators. |
| Format changeover | Record bottle guides, worm and star wheel sets, cap-pickup tools and closing-head adjustments for each approved format. |
| Footprint and shipping | The GA drawing defines conveyor height, turret access, cap-feed footprint and line clearances; final documents state dimensions and net/packed weights. |
| Warranty | The approved quotation or order defines duration, commencement, head and feeder coverage, exclusions and claim terms. |
| Installation and commissioning | Define bottle-line alignment, cap-feed setup, format trials and training, including approved samples and site utility responsibilities. |
Final specifications follow the approved quotation, layout, datasheet and project URS.
Options & project scope
Approved containers and closures requiring positive cap pickup and placement.
Number of heads, screw or ROPP closing technology, torque monitoring, inspection and reject are configurable.
Documentation for the Pick & Place Multi Head Capping Machine records synchronized turret, cap-feed, bottle and closure-sensing controls, the confirmed utilities and the agreed acceptance tests; drawings, manuals and qualification records are supplied when ordered.
Controls & protection
Controls, alarms and interfaces are confirmed for the ordered configuration.
Synchronized turret, cap-feed, bottle and closure-sensing controls.
Infeed readiness: infeed worm and star wheel or equivalent positive container handling.
Approved transfer: outfeed star wheel returns closed containers to the conveyor.
Configuration-specific: Electrical supply, compressed air, cap feeder and line-handshake requirements are listed for the selected configuration.
Configuration-specific: Torque, seal or closure acceptance criteria and the FAT method are defined after approved bottle-and-cap trials.
Number of heads, screw or ROPP closing technology, torque monitoring, inspection and reject are configurable.
Related machines
For the format drawings and change parts to review with the selected machine, read the machine change-parts guide.
Frequently asked questions
The Pick & Place Multi Head Capping Machine uses multiple synchronized heads to pick oriented caps, place them accurately and complete the specified closing operation.
Suitable products and formats include approved containers and closures requiring positive cap pickup and placement. Final suitability is confirmed from approved samples, drawings and process details.
Containers are positively indexed while rotating heads collect caps from a pickup point, place them on the neck and tighten or seal them.
The Pick & Place Multi Head Capping Machine handles material using infeed worm and star wheel or equivalent positive container handling.
Capping rate depends on turret pitch and speed, number of heads, cap orientation and pickup supply, container stability and the specified placement and closing cycle.
The worm or infeed control, star wheels, bottle supports, cap pickup point, head inserts and tightening or sealing tooling are matched to approved samples.
Container-handling parts, the cap pickup point, head inserts and tightening or sealing tooling are built from approved container-and-cap drawings and samples.
The available control scope includes synchronized turret, cap-feed, bottle and closure-sensing controls. Final alarms and interlocks are documented in the approved control specification.
Number of heads, screw or ROPP closing technology, torque monitoring, inspection and reject are configurable.
The capper receives filled containers and oriented caps, then returns closed containers to inspection or labeling with synchronized cap-demand, bottle-backup and adjacent-machine handshakes.
Documentation can include container-and-cap format drawings, pickup and head-tooling details, closure test method, cap-feeder, electrical and pneumatic diagrams, layout, manuals and capping FAT report.
Please provide the following: bottle and cap samples, closure type, target output, torque or seal criteria, feed system and line layout.
Contact us
Share your application and required capacity for a quotation.