GDHP Perfume Filling Machine Manufacturer
Our perfume filling machines are specifically designed for the production of perfumes, essential oils, and liquid cosmetics, ensuring precise, bubble-free filling. Our perfume production solutions include air dust removal machines, perfume filling machines, pipe cutting machines, and perfume capping machines.
Choose us to gain a competitive advantage.
Negative-Pressure Gravity Filling with Liquid Level Consistency Control
The control logic, based on liquid level height, ensures absolute visual uniformity in the fill level across all perfume bottles.
Electrical Explosion-Proof Design and Compliance
The entire unit is explosion-proof, complying with EU ATEX and international IECEx standards.
Corrosion & Alcohol Resistance
Perfumes contain various natural essential oils, alcohol, and other potentially corrosive ingredients; consequently, we utilize 316L stainless steel for product-contact parts and PTFE for seals.
Our Perfume Machinery
Four-Head Vacuum Negative Perfume Filling Machine
- This fully pneumatic vacuum filling machine utilizes a vacuum generator and PLC control; each filling head can be operated independently—either manually or automatically—ensuring ease of use.
- It employs electronic controls and a constant-level vacuum system to achieve high filling accuracy, maintaining precision within 0.5% (based on maximum filling volume).
- It is equipped with an automatic liquid discharge system.
| Parameter | Value |
|---|---|
| Power Supply | 220V |
| Power | 120W |
| Capacity | 20-40 bottles/minute |
| Filling Accuracy | ±1% |
| Piston Cylinder Capacity | 2-1000ml |
| Net Weight | 50kg |
| Equipment Dimensions | 720*500*1570mm |
Perfume Tube Cutting Machine
- Exceptionally high efficiency: The entire pipe-cutting process is completed in just one second.
- Superior stability: The equipment utilizes a pneumatic system as its power source, resulting in a low failure rate.
- Adjustable height: The equipment height can be adjusted to accommodate pipe-cutting requirements for workpieces of varying heights.
| Parameter | Value |
|---|---|
| Production capacity | Depending on proficiency |
| Gas source | 0.4-0.6Mpa |
| Net weight | 4kg |
| Dimensions | 210mm*270mm*430mm |
Perfume Dual Nozzle Vacuum Unit
- The perfume and cosmetic filling machine utilizes a vacuum-assisted, self-spraying design equipped with dual nozzles to boost output rates.
- It operates entirely on pneumatics—meaning the filling and sealing actions are driven by air pressure rather than electric motors—which simplifies maintenance and reduces the risk of mechanical failure.
- The sealing mechanism employs high-quality, heavy-duty cylinders featuring a dual-action seal design to prevent air leakage.
| Parameter | Value |
|---|---|
| Machine air source | 0.4-0.6 Mpa |
| Sealing diameter | 15/17/20/22A |
| Applicable bottle height | 0-130mm |
| Applicable bottle height | ≤300mm |
| Efficiency | Depending on proficiency level |
| Machine weight | 13KG |
| Equipment Dimensions | 260mm*250mm*620mm |
Perfume Comestic Capping Machine
- Pneumatically driven to ensure a tight fit between the cap and the bottle, preventing leakage.
- Ensures accuracy and consistency with every puncture.
- Particularly suitable for operating environments—such as those in the cosmetics and pharmaceutical industries—that require explosion-proof measures.
| Parameter | Value |
|---|---|
| Machine air source | 0.4-0.6 Mpa |
| Sealing diameter | 15/17/20/22A |
| Applicable bottle height | 0-130mm |
| Applicable bottle height | ≤300mm |
| Efficiency | Depending on proficiency level |
| Machine weight | 13KG |
| Equipment Dimensions | 260mm*250mm*620mm |
Perfume Bottle Air Dust Removal Machine
- Utilizes a pneumatic system for high operational efficiency.
Features adjustable height and enables rapid product changeovers. - Designed with dual stations; the bottle discharge mold is rotatable and adjustable to accommodate various bottle types.
- The entire machine is constructed from 304 stainless steel; components are made from 304 stainless steel, aluminum, and POM guide rods.
| Parameter | Value |
|---|---|
| Machine voltage | AC220V 50/60HZ |
| Machine pressure | 0.4-0.6Mpa |
| Applicable diameter | 10-85mm |
| Machine weight | 120kg |
| Machine dimension | 580*570*1250MM |
| Machine voltage | AC220V 50/60HZ |
FAQ
What is negative-pressure gravity filling technology?
Negative-pressure gravity filling utilizes a vacuum pump to create a partial vacuum inside the glass bottle, drawing the perfume in via atmospheric pressure difference. When the liquid level reaches the height of the sleeve’s return port, excess liquid automatically flows back into the storage tank.
How does a negative-pressure filling machine address the aesthetic issue regarding the display of glass perfume bottles?
Traditional volumetric filling methods based on absolute volume result in inconsistent liquid levels when the perfumes are displayed on shelves, thereby undermining the product’s luxury image. In contrast, negative-pressure gravity filling employs a control logic based on liquid level, ensuring that the visual fill height remains perfectly uniform across all perfume bottles.
What is the perfume manufacturing process?
Initially, the dip tubes for the perfume sprayers are cut to the appropriate length for the specific bottle using a tube cutter. During production, an air blower removes dust and moisture from the bottles; the perfume is then filled using a filling machine, followed by crimping or capping.
How does the equipment prevent glass bottle breakage or leakage caused by mechanical pressure during the crimping or capping process?
Professional-grade equipment features “air-cushioned bottle supports.” When pressure reaches a preset threshold, the system provides a pneumatic, flexible release, fundamentally eliminating the risk of bottle breakage and the associated downtime or contamination.
What are the core requirements for filling equipment regarding safety, explosion protection, and regulatory compliance?
Perfumes contain 70%–85% alcohol, creating a risk of high-concentration alcohol vapor accumulation. Conveyor drive motors, main electrical control cabinets, vacuum pump motors, and liquid level sensors must feature high-specification explosion-proof configurations and hold certifications such as EU ATEX, international IECEx, or local specialized explosion-proof approvals.