Semi-Automatic 10-Head Rotary Vacuum Perfume Filling Machine for Fragrance, Essential Oil & Cologne Glass Bottles

Who the 10-Head Rotary Vacuum Perfume Filling Machine Suits

This model is a specific option for semi-automatic glass-bottle filling where the process endpoint is a selected liquid level. Its distinguishing combination is ten rotary filling positions, pneumatic rotation, pneumatic vacuum generation and manual bottle handling.

It should be assessed as an operator-assisted filling station. A factory seeking automatic bottle feeding, closure application and continuous discharge needs a different or expanded equipment scope.

The Perfume Production Equipment category provides the wider selection context for coordinating filling with preparation and bottle-component assembly.

Decide Whether Liquid Level Is the Right Acceptance Basis

The first purchasing question is whether the packaging task is appropriately controlled by a liquid-level endpoint. This machine should not be described as a programmable volumetric filler.

Agree the desired level using the actual bottle, then establish any separate quantity checks required by the product and packaging specification. A satisfactory visual level does not independently demonstrate that every bottle contains the same volume or mass.

The filling accuracy testing guide provides supporting measurement context. The earlier ±0.5% entry should not be used as a verified volumetric-performance claim without an agreed basis.

Evaluate the Glass Bottle Before Committing to the Format

The confirmed container direction is glass bottles suitable for the intended negative-pressure process and capable of cooperating with the filling head. Material alone does not establish suitability.

Review mouth geometry, neck access, bottle condition and the supplied support arrangement. Use representative production bottles rather than only an image or nominal capacity.

The supplied dimensional entries should be checked against the final format drawing. In particular, the earlier 5–90 mm diameter range requires clarification before using its lower limit as a confirmed bottle-body specification.

If several bottle designs will be used, obtain an approved format list and identify the required adjustments or parts for each.

Understand the Practical Role of Ten Filling Heads

Ten heads provide multiple filling positions within the rotary arrangement. They do not establish ten times the output of a single-head machine or eliminate the manual loading task.

Review the complete operator cycle: presenting empty bottles, engaging the correct position, removing filled bottles and transferring them onward. The machine’s rotary movement and the operator’s work need to remain within the approved sequence.

Where the packaging schedule includes frequent short runs, consider setup and changeover as well as the nominal filling period. Head count alone is not a complete productivity comparison.

Compare with a Specific Pump-Filling Alternative

The automatic four-head magnetic-pump liquid filler is a different configuration to assess where the required metering and handling functions justify it.

These are alternative equipment directions, not equivalent replacements. Compare them against the same formulation, packaging requirements and operating schedule.

Plan the Air Supply Around the Complete Operating Duty

The confirmed rotary mechanism and vacuum-generation arrangement both use pneumatic power. The listed 0.4–0.8 MPa range therefore needs to be considered alongside the required air flow and supply stability.

Pressure alone is insufficient for compressor selection. Obtain the final consumption and service-quality requirements before sizing the supply or assessing simultaneous users.

The article on moisture in compressed-air systems provides related utility context. It does not establish an air-treatment package as included with this filler.

Keep Explosion-Protection Design Separate from Certification

The manufacturer confirms an explosion-protection design for the machine. No ATEX or Ex certification is supplied.

That distinction should remain visible in the purchase documentation. Do not assign a hazardous-area zone, equipment category or certified protection level without the necessary supporting evidence.

Review the filler together with the product supply, receiving equipment and operating environment. Pneumatic functions do not independently establish compliance of the complete installation.

Choose the Closure Stations Around the Actual Perfume Package

This filler does not establish an included pump-attachment or decorative-assembly operation. Identify the closure method before arranging the next station.

Where the package uses a decorative ring, a separate perfume bottle collar pressing machine can be assessed against the actual components.

If integrated filling and closure are required, review the automatic rotary monoblock filling and capping configuration. Its closure functions must match the selected package; capping should not be assumed to mean crimping.

Include Fragrance Changeover in the Production Schedule

For this ten-head arrangement, the cleaning assessment should cover all product branches and filling heads, not only the common supply connection. Retained material can matter when moving between fragrance products.

Define how the pathway is drained, cleaned and released for the next formulation. The cleaning-access guide for process equipment offers related review considerations.

Cleaning effort, operator handling and component replacement should form part of the equipment comparison. The machinery total cost of ownership guide provides a broader framework.

Prepare a Model-Specific Acceptance Checklist

• Approve the actual low-viscosity formulation and wetted-material compatibility.
• Confirm each glass-bottle format and its nozzle interface.
• Define the intended liquid level and separate quantity checks.
• Evaluate the complete manual loading and removal sequence.
• Agree representative conditions for the listed production-speed range.
• Confirm the pneumatic-service schedule and operating provisions.
• Document the explosion-protection design and absence of ATEX or Ex certification.
• Identify the downstream pump and collar operations.
• Approve the cleaning method and fragrance-changeover checks.

StriversMachinery manufactures core processing equipment in-house and works with long-term partner manufacturers for complementary equipment. Define this filler’s role within the actual perfume packaging task rather than treating filling alone as a complete production line.