Automatic Bottle Airjet & Vacuum Cleaning Machine
The Advanced, Eco-Friendly Alternative to Wet Washing
In modern pharmaceutical, nutraceutical, and cosmetic packaging, container cleanliness is non-negotiable. Micro-dust, cardboard lint, and static particulates compromise product safety and risk regulatory failures. However, traditional wet washing systems introduce a secondary crisis: residual moisture, which requires massive, energy-expensive drying tunnels and risks microbial growth.
The Harsiddh Automatic Bottle Airjet & Vacuum Cleaning Machine offers a smarter, dry-cleaning alternative. Engineered to meet strict cGMP guidelines, this high-speed station replaces water with a synchronized positive-pressure air blast and heavy-duty vacuum extraction. It prepares your glass or plastic bottles for the filling line faster, cleaner, and with zero moisture or thermal overhead.
Key Benefits: Why Switch to Airjet Decontamination?
- Zero Moisture Retention: Ideal for dry syrups, tablets, and moisture-sensitive liquid formulations where a single water droplet can cause product degradation or clumping.
- Massive Utility Savings: Bypassing water-based washing eliminates thousands of liters of water waste and slashes electricity bills by removing the need for a drying tunnel.
- Ultra-Compact Footprint: Compresses the entire decontamination cycle into a single, compact linear module, freeing up valuable cleanroom floor space.
- Total Material Safety: Unlike wet washers that can deform thin plastics with heat or cause thermal shock to fragile glass, this cold, non-contact process is safe for all materials.
- Rapid Tool-Less Changeovers: Side guides, gating mechanisms, and manifold heights adjust quickly to accommodate different bottle geometries with minimal downtime.
Step-by-Step Operational Process
[Infeed Slat Conveyor] ➔ [Pneumatic Indexing Gates] ➔ [Nozzle Manifold Descends]
│
┌───────────────────────────────────────────────────────┴───────────────────────────────────────────────────────┐
▼ ▼
[Stage 1: High-Pressure Air Jet] [Stage 2: Continuous Vacuum Suction]
Dislodges embedded dust & static particles Instantly extracts suspended debris upward
│ │
└───────────────────────────────────────────────────────┬───────────────────────────────────────────────────────┘
▼
[Nozzles Retract] ➔ [Outfeed to Filling Line]
1. Smart Linear Indexing
Bottles transition from an upstream turntable or unscrambler onto a premium Stainless Steel Slat Conveyor. A smart pneumatic indexing gate counts and locks a specific batch of containers precisely underneath the cleaning manifold, while adjustable side guides prevent lightweight or top-heavy bottles from toppling.
2. Deep-Neck Reciprocating Manifold
Once indexed, the overhead manifold descends. Custom-engineered nozzles drive directly toward or slightly inside the bottle necks. This close-proximity positioning ensures zero pressure loss and focuses the maximum pneumatic force directly into the container.
3. Simultaneous Blast & Extraction
- The Positive Pressure Jet: A high-velocity blast of ultra-pure, oil-free compressed air is injected deep into the container, creating a vortex that dislodges stubborn particles held by gravity or static electricity.
- The Negative Pressure Vacuum: Simultaneously, a high-volume vacuum hood creates a powerful counter-current suction zone around the nozzle. Dislodged particles are instantly drawn upward out of the bottle and channeled into a centralized collection unit, ensuring contaminants never escape into your cleanroom air.
4. Automatic Reset & Discharge
The timed cleaning pulse concludes, the manifold retracts, and the pneumatic outfeed gate opens, sending pristine, dry containers directly to the filling or powder-dosing line.
Summary of Advanced Engineering Features
- “No Bottle – No Cleaning” Logic: Integrated photo-electric sensors detect line gaps. If a slot is vacant, the corresponding nozzles will not cycle, conserving compressed air and vacuum power.
- Enclosed Decontamination Zone: The entire cleaning station is shielded by transparent polycarbonate safety doors, protecting operators from moving parts while maintaining complete visual access.
- Premium Material Profile: All contact surfaces are machined from SS 316L, while the outer structural cladding is SS 304, standing up perfectly to aggressive line-clearance and sanitization protocols.
- Centralized Control System: An intuitive operator panel allows quick adjustments to pneumatic indexing times, air-blast durations, and conveyor speeds to perfectly match upstream workflow speeds.
Broad Cross-Industry Applications
- Pharmaceuticals: Crucial for oral liquid suspensions, dry syrup bottles, tablet jars, and capsule bulk containers where moisture is strictly prohibited.
- Nutraceuticals: Thoroughly cleans wide-mouth jars used for protein powders, vitamins, and gummy supplements.
- Cosmetics & Personal Care: Decontaminates glass perfume bottles, lotion jars, and plastic containers prior to filling to keep products visually pristine.
- Food & Beverage: Ideal for cleaning spice jars, condiment containers, and spirit bottles under rigorous hygiene standards.
Technical Specification
| Model No. | HAVC – 60 | HAVC – 120 | HAVC – 150 | HAVC – 200 |
|---|---|---|---|---|
| No. of Nozzles | 2 (Two) | 4 (Four) | 6 (Six) | 8 (Eight) |
| Output / Hour | 1000–1500 | 2000–4000 | 5000–7000 | 6000–10000 |
| Bottle Types | Glass & PET | Glass & PET | Glass & PET | Glass & PET |
| Direction | Left to Right | Left to Right | Left to Right | Left to Right |
| Electrical Input | 1 H.P., 220V | 1 H.P., 220V | 1 H.P., 220V | 1.5 H.P., 220V |
| Dimensions (L x W) | 1250mm x 700mm | 1550mm x 700mm | 1850mm x 700mm | 2000mm x 700mm |






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