Double Head Servo Screw Capping Machine, Servo Gripping and Capping Machine FH-FCP002

Double Head Screw Capping Machine With Servo Torque Control FH-FCP002

The FH-FCP002 is a double head screw capping machine designed for packaging lines that require automatic cap handling, controlled tightening, and higher production output. It combines cap supplying, bottle clamping, conveying, pneumatic cap gripping, and dual-head servo screw capping in one coordinated process.

With two servo-driven capping heads, the FH-FCP002 supports 1800–3000 bottles per hour for compatible screw-cap bottles and containers. It is suitable for condiment, food, pharmaceutical, daily chemical, pesticide, cosmetic, and other packaging applications where capping stability and repeatable torque are important.

Why This Screw Capping Machine Matters

For packaging lines with growing output requirements, a single capping head may not provide enough production capacity. However, higher speed only creates value when bottles remain stable, caps are supplied correctly, and the tightening force is controlled. The FH-FCP002 uses a double-head layout with servo torque-limited capping to support efficient output while maintaining a practical adjustment range for different bottle and cap formats.

• Double capping heads support higher output for continuous packaging lines.

• Servo torque control helps manage tightening force for different screw-cap applications.

• Pneumatic cap grippers pick up and position caps before the capping stage.

• Automatic conveying and bottle clamping reduce manual handling during production.

• 304 stainless steel and aluminum profile construction support regular industrial use.

How The Servo Screw Capping Process Works

The machine is designed to coordinate cap delivery, bottle transfer, cap gripping, and screw capping in sequence. Caps are supplied to the working position, bottles move through the conveyor and clamping section, pneumatic grippers handle the caps, and the two servo heads complete the tightening operation. Finished containers then leave the capping area for downstream packaging steps.

• Cap supplying system delivers caps to the gripping position.

• Conveyor transfers bottles through the automatic capping area.

• Bottle clamping section helps maintain container position during capping.

• Pneumatic grippers hold and place caps before tightening.

• Dual servo heads apply torque-limited screw capping.

• Finished bottles move to the output station for labeling, packing, or other downstream work.

Customer Benefits For Higher Output Lines

The main value of a double-head configuration is not simply that two heads operate at once. It also allows a packaging line to increase capping capacity while keeping the cap placement and tightening process within a controlled operating sequence. This makes the FH-FCP002 relevant for manufacturers upgrading from lower-output capping arrangements or integrating capping into a more automated line.

• Supports a stated capping speed of 1800–3000 bottles per hour.

• Helps reduce manual cap placement and manual screw capping work.

• Allows adjustment for different bottle heights, diameters, and compatible cap sizes.

• Supports repeatable torque settings for product-specific sealing requirements.

• Provides a practical capping stage for integrated filling and packaging lines.

Product Specifications

The following specifications describe the standard configuration of the FH-FCP002. Final equipment suitability should be checked against the actual bottle, cap, thread finish, production environment, and required line output.

OEM Customization And Line Matching

Different packaging projects can involve changes in bottle diameter, bottle height, neck finish, cap diameter, cap material, tightening requirement, and line layout. Guangzhou Full Harvest Industries Co., Ltd. can review relevant samples and production information to determine whether adjustments are required for the intended application.

• Bottle guide rails and clamping positions can be matched to the container format.

• Capping height can be adjusted within the machine’s applicable working range.

• Torque settings can be configured according to the cap and sealing requirement.

• Cap gripping and supply arrangements can be reviewed for the cap structure used.

• Connection requirements for filling, labeling, inspection, or conveying equipment can be evaluated during line planning.

Applications And Suitable Buyers

The FH-FCP002 is suitable for businesses that package screw-cap bottles at medium to higher output levels. It can be considered by manufacturers, contract packers, packaging equipment distributors, and line integrators that need automated cap handling and controlled screw capping for compatible containers.

• Condiment and sauce bottle packaging.

• Food containers and beverage bottles with compatible screw caps.

• Daily chemical and household product bottles.

• Personal care and cosmetic packaging projects.

• Pharmaceutical packaging projects subject to product-specific validation requirements.

• Pesticide and agrochemical bottle packaging.

Operation And Maintenance Considerations

Consistent screw capping depends on proper setup, correct bottle and cap matching, and regular inspection of the working area. Before each production run, operators should confirm that cap delivery, bottle alignment, pneumatic gripping, and torque settings match the current product format. Routine cleaning and inspection help reduce preventable interruptions caused by residue, cap blockage, or worn contact parts.

• Inspect the cap supply path for blockage, cap accumulation, or irregular cap movement.

• Keep pneumatic gripper contact parts clean and check them for wear.

• Confirm bottle guide rail and clamping alignment before a format change.

• Review the capping torque setting when the cap, bottle, or sealing target changes.

• Clean cap debris, product residue, and dust from the capping area after production.

FAQ

What is the FH-FCP002 screw capping machine used for?

It is used for automatic cap supplying, bottle conveying, bottle clamping, pneumatic cap gripping, and servo-controlled screw capping of compatible bottles and caps.

What is the stated output of this double head screw capping machine?

The stated capping speed is 1800–3000 bottles per hour. Actual output depends on bottle stability, cap design, container format, and production conditions.

Can the machine handle different bottle sizes?

The standard bottle range is φ30–φ125mm in diameter and 30–220mm in height. Other bottle sizes can be evaluated based on the actual container details.

Can the capping tightness be adjusted?

Yes. Servo torque settings can be adjusted according to the bottle, cap, liner, and sealing requirements of the project.

What cap supply method is used?

The FH-FCP002 uses a pneumatic gripper system to pick up and position caps before the screw capping operation.

What information should be provided for equipment evaluation?

Please provide bottle diameter, bottle height, cap type, cap dimensions, target output, product application, photos or samples, and any line connection or customization requirements.

Why Guangzhou Full Harvest Industries Co., Ltd.

Guangzhou Full Harvest Industries Co., Ltd. supplies packaging machinery for can and bottle production lines, including can seaming machines, filling equipment, screw capping machines, and labeling equipment. For double-head servo capping projects, the company can evaluate bottle dimensions, cap formats, target output, and production-line connection requirements to support practical equipment selection. This product-focused approach helps buyers assess whether the FH-FCP002 configuration matches their intended packaging workflow.

Request Information For FH-FCP002

For a more accurate machine recommendation and quotation, please prepare the target output, bottle diameter and height, cap type and dimensions, product application, and any required line connection details. Bottle and cap samples, photographs, drawings, torque requirements, and packaging-line layout information can help clarify the appropriate screw capping configuration.