6-Head Automatic Gear Pump Filler for Cosmetic CREAM&Liquids | High-Viscosity Lotion & Shampoo Filling Machine

6-Head Servo Gear Pump Filling Machine for Conveyor-Based Production

This configuration combines six filling outlets with vertical servo nozzle movement, a shared product hopper, and automatic replenishment. It is intended for manufacturers organizing compatible cosmetic liquid, lotion, cream, or shampoo filling as a defined stage within a production line.

The confirmed output reference is 50 bottles per minute for 1 L shampoo. That operating point is more useful for comparison than an unqualified speed figure because it identifies both the product type and dose associated with the stated output.

Use the 1 L Shampoo Reference Correctly

The 50-bottle-per-minute figure is the combined output of the complete six-head machine. The corresponding 3000 bottles per hour is the same rate expressed hourly, not a separate capacity claim.

Do not multiply either figure by the number of heads. Likewise, do not assume that the rate remains unchanged at every volume within the 5–5000 mL filling range.

For the intended application, provide the actual formulation, dose, bottle, and required sustained output. Include replenishment, quality checks, downstream closing, and interruptions when estimating batch completion.

Distinguish Vertical Nozzle Lifting from Tracking Filling

The servo assembly lowers the nozzles into compatible containers and raises them during the configured sequence. It does not follow bottles horizontally while they continue moving.

This distinction affects container presentation, clearances, and line planning. The container must be correctly positioned for nozzle entry, and the outlet must clear the opening before transfer proceeds.

Provide package drawings or samples showing the opening, shoulder, body, and internal geometry where relevant. A bottle may have sufficient nominal capacity yet an opening or shoulder arrangement that requires a different nozzle setup.

Evaluate Product Behavior During Filling

Shampoo, lotion, cream, and water-like liquid are broad application descriptions. Products can differ in foaming, stringing, viscosity change, and response to pumping even when sold under the same category name.

Use representative material at the intended filling temperature. Observe quantity, appearance, outlet residue, and container-rim condition during the complete cycle.

Vertical nozzle entry and shut-off action should be evaluated as part of that setup. Neither feature independently establishes foam-free filling or compatibility with every viscous formulation.

The pump selection guide provides broader context for matching product behavior and a pumping arrangement.

Plan the Shared Hopper Around Product Condition

The 200 L hopper supplies the filling system without heating or agitation. Its purpose is buffering and feeding, not changing or maintaining the formulation through additional processing.

Consider whether the product remains uniform and fillable throughout the intended run. A formulation that separates during holding or changes flow as it cools requires attention to the upstream process and supply arrangement.

The hopper volume alone does not establish the usable quantity before replenishment or the number of finished containers available from every product. Residual material and the operating supply condition also matter.

Assess Automatic Replenishment Across a Sustained Run

The included feed pump starts and stops according to material level. This reduces repeated manual hopper charging, but it still depends on an available upstream product source.

Review the source location, transfer route, connections, and replenishment performance under the intended production conditions. Product entering the hopper should remain suitable for the accepted filling setup.

Include replenishment events in the application trial where appropriate. The system’s ability to restore material level and the filler’s ability to maintain acceptable quantity are related requirements that should both be observed.

Check Filling Results by Outlet

The specified filling accuracy is ±0.5%. Establish the target dose, actual formulation, sampling plan, and measurement method before using that figure as an acceptance criterion.

Identify samples by outlet so a combined average does not conceal variation across the six positions. Review results after setup and during sustained operation.

Where mass measurements are used to evaluate a volumetric fill, define the appropriate relationship for the product under the agreed conditions. The filling accuracy testing guide provides further measurement considerations.

No integrated checkweigher, automatic weight correction, or particular independent-pump arrangement is assigned to this configuration.

Match Container Supply and Closing to the Filling Stage

The conveyor is included. Operators may supply containers manually, while compatible bottle-feeding equipment can be added where automatic infeed is required.

Review the ability of the chosen infeed arrangement to support the intended rate. Empty-container availability, stability, and consistent presentation matter alongside the filling cycle.

Capping is separate. Select the closing process against the actual container and cap rather than treating it as a generic extension of filling. A servo four-wheel screw capper can be evaluated for compatible threaded packages.

Conveyor connection, transfer heights, accumulation, and any required control interfaces need an explicit integration review.

Compare Supply and Nozzle Arrangements Across Related Fillers

The appropriate comparison includes the product-supply method, nozzle movement, and package handling—not only the number of outlets.

These configurations are not equivalent replacements. Select against product behavior, the required quantity, container handling, and the complete production workflow.

Review Format Changes Before Ordering

The 5–5000 mL filling range does not establish a universal bottle-size range. Package changes may affect guides, nozzle alignment, vertical travel, filling access, and transfer stability.

List every intended bottle and jar variant. Supply the opening and body dimensions, target fill, and any packaging features that influence presentation.

Confirm the adjustments or change parts required and the checks needed before restarting production. A new volume setting alone may not complete a mechanical format change.

Plan Cleaning Across the Hopper and Six Product Paths

Cleaning access should include the shared hopper, replenishment route, dosing system, six filling outlets, and accessible container-handling areas.

For multiple products, define carryover acceptance and how removed contact components will be identified and stored. The cleaning method must suit the formulation and installed materials.

The guide to cleaning access in process equipment provides further points for reviewing retained material. Automatic CIP, SIP, and sterile-processing capability are not specified here.

Prepare the Installation and Purchasing Scope

The supplied machine power is 3 kW, with compressed air at 0.4–0.6 MPa. Confirm the final utility schedule, product-source connections, and nozzle-motion clearances against the ordered configuration.

The factory utilities planning checklist provides a framework for coordinating service conditions and installation responsibilities around a cream or lotion production line.

Include change parts, setup, cleaning, replenishment, checks, and downstream handling when reviewing ownership costs. The total cost of ownership guide explains how to organize these factors without relying on unsupported savings or payback figures.

• Provide representative product and its filling conditions.
• Identify target doses and sustained output requirements.
• Supply samples or drawings of all intended containers.
• Define filling and product-appearance acceptance methods.
• Describe the upstream source and product-replenishment route.
• Confirm whether the formulation remains suitable without hopper heating or agitation.
• Specify manual or automatic container supply and separate capping requirements.
• Agree on utilities, cleaning, change parts, and integration responsibilities.

StriversMachinery can discuss equipment configuration and integration scope against these product, package, and operating requirements.