Automatic 2 Nozzle Servo Tracking Motion Gear Pump Packaging Line for Shampoo, Sanitizer & Chemical Liquid Bottling Machine

Where the 2-Nozzle Servo Tracking Filling Machine Fits

This model suits bottle-packaging tasks that benefit from dispensing during continuous bottle travel. Its main distinguishing features are two tracking nozzles, servo-driven gear-pump filling, a 50–5000 mL range and a 200 L product-feed hopper.

The rated combined output of 45–50 bottles per minute at 2000 mL gives the machine a specific large-fill operating reference. Selection should still consider the complete product and package rather than speed alone.

Compatible shampoo, sanitizer, lotion, cream and chemical-liquid formulations can be evaluated with the appropriate filling and handling setup.

Evaluate Tracking Motion Against the Bottle Format

The filling nozzles travel with the bottles during dispensing, then return for the next cycle. Bottle spacing, forward speed and filling duration must work together within the available tracking movement.

Review the actual bottle body, opening and stability. A tall bottle, a wide container and a lightweight package may need different guiding arrangements even when their nominal fill quantities are similar.

The specified format range covers container diameters of 30–140 mm and heights of 100–400 mm. These dimensions should be assessed together with the complete shape and required screw-cap arrangement.

When several formats are planned, identify the parts and adjustments needed for each. A quantity change alone does not establish that the bottle-handling setup remains suitable.

Plan Product Supply for the 2000 mL Duty

At the rated 2000 mL operating point, replenishment is an important part of the packaging task. The 200 L hopper provides a buffer, but the upstream supply must support the production schedule.

Review how product enters the hopper, who manages replenishment and what happens during a source-vessel change. These tasks can affect sustained output even when the filling cycle runs consistently.

A liquid soap and shampoo preparation system is one upstream equipment direction to assess where the formulation requires that processing arrangement.

The pump selection guide for process manufacturing provides related transfer considerations. Product preparation and transfer remain separate from the hopper’s storage-and-feed function.

Match Liquids, Lotions and Creams to the Filling Setup

The gear-pump system can handle compatible products across different consistencies. The useful selection question is how the actual formulation behaves during feeding, dispensing and nozzle cut-off.

Describe temperature, entrained air, settling behavior and any relevant sensitivity to handling. A product that changes condition during holding may need a defined upstream method to remain suitable for filling.

The hopper does not heat or mix the material. Formulations needing those functions require separate preparation or supply equipment.

The guide to time-based and volume-based filling gives broader quantity-control context. Acceptance for this machine should use the actual gear-pump setup and formulation.

Compare with a Six-Head Gear-Pump Filler

The six-head automatic gear-pump filler provides another equipment direction for compatible cosmetic products. The number of filling heads is only one part of the comparison.

Compare both configurations against the intended formulation, quantity and bottle. More filling heads should not be treated as proof of higher useful output for a particular application.

Choose the Right Scale of Equipment Integration

For an operator-assisted task centered on dispensing, a semi-automatic vertical gear-pump filler offers a different level of integration.

This tracking line brings coordinated bottle movement and screw capping into the production arrangement. Its additional scope should match a real need for connected handling rather than be selected solely for a larger specification.

Define which tasks remain manual and which additional feeding equipment will be supplied. Bottle presentation, cap placement and downstream collection each influence staffing and layout.

Keep Tracking Performance and Filling Accuracy Separate

Successful nozzle tracking keeps the dispensing outlet aligned with the moving bottle. Filling accuracy concerns the delivered quantity. Both need to perform correctly, but they require different observations.

Use representative bottles to assess positioning throughout the filling movement. Separately measure quantities from both heads under the agreed operating conditions.

The filling accuracy testing guide provides supporting measurement context for the ±0.5% specification.

Include nozzle cut-off and the condition of the bottle opening in the assessment. A satisfactory quantity result does not establish clean dispensing or correct cap application.

Review Screw Capping with the Actual Package

The capping section is intended for compatible continuous-thread closures. Provide the bottle and cap together when defining the required tooling and operating result.

Assess cap presentation, thread engagement and the finished package condition. A different cap material or bottle neck may require a revised setup even where the package looks similar.

If caps are placed manually, include that task in the operator cycle. If automatic feeding is required, select it around the actual closure rather than treating all screw caps as equivalent.

Include Cleaning and Format Conversion in the Schedule

The hopper, two filling circuits, pumps, nozzles and connections form the product pathway. Access to each matters when changing between chemical liquids, fragrance-containing products or cosmetic formulations.

The guide to cleaning dead corners in process equipment provides related review considerations. The permitted cleaning method follows the actual component instructions.

Format conversion also includes mechanical adjustments to bottle guidance and capping parts. Record the approved setup for each product and package combination so repeat runs can start from a consistent basis.

Plan Downstream Handling and Ownership Cost

Filled and capped bottles can proceed to suitable labeling equipment where the transfer arrangement supports the package.

Review spacing, stability and the required presentation at the next machine. Additional automation should reduce a defined handling task without creating an incompatible interface.

Include operator work, replenishment, cleaning, format parts and service access in the cost comparison. The machinery total cost of ownership guide provides a broader framework.

Prepare the Purchase Specification

• Identify the actual formulations and filling conditions.
• Define quantities within the 50–5000 mL range.
• Provide representative bottles and continuous-thread caps.
• Agree the production duty, including the 2000 mL operating point where relevant.
• Define product replenishment for the 200 L hopper.
• Select manual presentation or the required additional feeding equipment.
• Identify format parts and tracking setup requirements.
• Agree separate filling, handling and closure acceptance checks.
• Confirm the electrical, pneumatic and conveyor configuration.
• Plan cleaning, maintenance access and downstream transfer.

StriversMachinery manufactures core processing equipment in-house and works with long-term partner manufacturers for complementary equipment. The line configuration is developed around the product, bottle, closure and required production workflow.