For approved dry glass, PET, HDPE or PP bottles, with automatic conveyor feeding and controlled bottle inversion.
Machine overview
H M Pharma Machines manufactures the Automatic Air Jet Bottle Cleaning Machine in Ahmedabad, Gujarat, India for pharmaceutical, nutraceutical, cosmetic, food, chemical and allied production applications.
The Automatic Air Jet Bottle Cleaning Machine uses automatic conveyor feeding and controlled bottle inversion for container flow. Its approved process completes when cleaned bottles return upright and transfer to the filling line.
Detailed engineering for the Automatic Air Jet Bottle Cleaning Machine aligns synchronized bottle sensing, air-pressure monitoring and vacuum-extraction control with the approved application, target output, utility schedule and final line layout before the GA drawing is released.
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Share your container and application to discuss an appropriate machine demonstration. Availability and scope are confirmed by our team.
Why this machine
The Automatic Air Jet Bottle Cleaning Machine is intended for approved dry glass, PET, HDPE or PP bottles; performance is assessed against the output and acceptance criteria stated for the approved configuration.
Automatic conveyor feeding and controlled bottle inversion.
Synchronized bottle sensing, air-pressure monitoring and vacuum-extraction control.
For the Automatic Air Jet Bottle Cleaning Machine, the materials and cleanability review follows this product-contact requirement: Stainless-steel machine construction and bottle-contact components are selected for the approved container, compressed-air quality, hygiene requirement and order scope. The cleaning cycle does not use wash water.
Changing the Automatic Air Jet Bottle Cleaning Machine to another approved bottle covers guide width, gripping and inversion positions, air-jet alignment and the extraction pickup point.
Cleaned bottles return upright and transfer to the filling line.
Operating process
Empty bottles are turned mouth-down so filtered compressed air can loosen dry particles while vacuum extraction removes the released debris before filling.
Empty bottles enter on the conveyor and are separated for controlled transfer into the cleaning mechanism.
The handling mechanism turns each bottle mouth-down and aligns its neck with the air-jet and extraction position.
Filtered compressed air dislodges loose particles inside the inverted bottle while vacuum extraction carries the removed debris away from the container.
Cleaned bottles are returned upright and released to the conveyor for transfer to the filling machine.
Applications & selection
For pharmaceutical container preparation, the air-jet cleaner removes loose dry particles from approved empty bottles before they enter the filling area.
On nutraceutical bottle lines, filtered air and vacuum extraction provide a dry-cleaning option for compatible containers that do not require liquid rinsing.
For cosmetic and personal-care packaging, the inversion cycle exposes the bottle interior to filtered air while extraction captures dislodged debris.
Food and beverage containers can use this dry-cleaning method when the approved hygiene plan does not call for a water-wash cycle.
For chemical and allied lines, bottle material, residual contamination and extraction compatibility are reviewed before the air-jet arrangement is selected.
For new lines or upgrades, conveyor height, direction, bottle handling and control handshakes are matched to the connected filling equipment.
Technical details
| Machine | Automatic Air Jet Bottle Cleaning Machine |
|---|---|
| Category | Washing & Cleaning Machines |
| Suitable For | Approved dry glass, PET, HDPE or PP bottles |
| Working Principle | The machine inverts bottles, applies filtered compressed air to dislodge loose contamination and uses vacuum extraction to collect removed particles. |
| Infeed / Handling | Automatic conveyor feeding and controlled bottle inversion |
| Outfeed / Transfer | Cleaned bottles return upright and transfer to the filling line |
| Machine Construction | GMP-oriented stainless-steel construction as defined in the approved scope |
|---|---|
| Contact Materials | Stainless-steel machine construction and bottle-contact components are selected for the approved container, compressed-air quality, hygiene requirement and order scope. The cleaning cycle does not use wash water. |
| Control System | Synchronized bottle sensing, air-pressure monitoring and vacuum-extraction control |
| Changeover | Settings, guides and format parts matched to approved samples or drawings |
| Optional Scope | Ionized air, extraction arrangement, bottle inspection and line integration can be selected where required. |
| Line Integration | Standalone supply or integration with approved upstream and downstream machines |
| Model / Series | Published reference. HMACM-150 |
|---|---|
| Output / Throughput | Published reference. Up to 50 bottles per minute, depending on bottle size. |
| Accuracy / Acceptance Criterion | Not applicable. This is not a dosing or label-placement function; acceptance is based on stable container handling, the approved filtered-air and vacuum-extraction cleaning cycle and the FAT protocol. |
| Electrical Power | Published reference. Maximum 3 HP, three-phase, 50 Hz. |
| Utilities | Published reference. Compressed air: 3–4 kg/cm²; 2 HP pump/blower listed for the quoted configuration. |
| Overall Dimensions (L × W × H) | Overall dimensions are model- and configuration-specific. Final L × W × H is confirmed in the customer-approved GA drawing based on capacity, output, process requirements and site layout before order execution. |
| Net / Shipping Weight | Configuration-specific. Net and packed shipping weights are stated in the approved datasheet or packing list. |
| Capacity / Format Range | Published reference. HDPE bottles up to 45 mm diameter × 62 mm height; pneumatic pick-up and inversion of 10 bottles at a time. |
| Warranty | Published reference. Manufacturing defects in stainless-steel components are covered; normal wear-and-tear parts, consumables and electrical components are excluded. The quotation does not state a warranty duration. |
| Installation / Commissioning Scope | Published reference. Pre-dispatch operational and maintenance training plus installation at buyer works; buyer arranges food and local transportation for the H M Pharma Machines engineer. |
Final specifications follow the approved quotation, layout, datasheet and project URS.
Options & project scope
Approved dry glass, PET, HDPE or PP bottles.
Ionized air, extraction arrangement, bottle inspection and line integration can be selected where required.
Documentation for the Automatic Air Jet Bottle Cleaning Machine records synchronized bottle sensing, air-pressure monitoring and vacuum-extraction control, 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 bottle sensing, air-pressure monitoring and vacuum-extraction control.
Infeed readiness: automatic conveyor feeding and controlled bottle inversion.
Approved transfer: cleaned bottles return upright and transfer to the filling line.
Published reference: Compressed air: 3–4 kg/cm²; 2 HP pump/blower listed for the quoted configuration.
The acceptance criterion for the Automatic Air Jet Bottle Cleaning Machine is documented as follows: Not applicable. This is not a dosing or label-placement function; acceptance is based on stable container handling, the approved filtered-air and vacuum-extraction cleaning cycle and the FAT protocol.
Ionized air, extraction arrangement, bottle inspection and line integration can be selected where required.
Related machines
For the wash-method and line-layout comparison, read the bottle washing machine selection guide.
Frequently asked questions
The Automatic Air Jet Bottle Cleaning Machine removes loose dust and particles from empty bottles before filling without introducing water into the cleaning cycle.
Suitable products and formats include approved dry glass, PET, HDPE or PP bottles. Final suitability is confirmed from approved samples, drawings and process details.
The machine inverts bottles, applies filtered compressed air to dislodge loose contamination and uses vacuum extraction to collect removed particles.
The Automatic Air Jet Bottle Cleaning Machine handles material using automatic conveyor feeding and controlled bottle inversion.
Rated output is confirmed from bottle dimensions, inversion and return time, the number of cleaning positions, filtered-air pressure, vacuum extraction and the approved line speed.
Bottle guides, gripping or inversion parts and neck alignment are set from approved samples; every bottle must remain secure while its opening aligns with the air jet and extraction point.
Stainless-steel machine construction and bottle-contact components are selected for the approved container, compressed-air quality, hygiene requirement and order scope. The cleaning cycle does not use wash water.
The available control scope includes synchronized bottle sensing, air-pressure monitoring and vacuum-extraction control. Final alarms and interlocks are documented in the approved control specification.
Ionized air, extraction arrangement, bottle inspection and line integration can be selected where required.
It is normally installed before liquid filling, with its infeed accepting dry empty bottles and its outfeed returning cleaned bottles upright at the filler conveyor level.
The order can include the general-arrangement drawing, pneumatic and air-vacuum schematic, filter and utility schedule, electrical drawings, operating manual and bottle-cleaning FAT protocol.
Please provide the following: bottle sample, neck and body dimensions, air quality, required output, vacuum system and line layout.
Contact us
Share your application and required capacity for a quotation.