Check applicable objects first
Bottles, jars, and similar rigid containers that can be stably conveyed and positioned; bottle mouth, body, bottom, and arrangement confirmed per actual sample
Multi-head servo liquid metering
Multi-head servo liquid filling line
Multi-head servo metering for filling liquids or pastes into bottles and jars; can be integrated with bottle feeding, sealing, and inspection per project.
Actual equipment materialsMulti-head parallel fillingParameters confirmed per project
Factory equipment photos
Actual equipment photos from the factory. Confirm the final configuration with the containers, product, sample trials and agreed equipment scope.
First see actual working conditions
Filling head count, product, and container speed must match together
Please provide container, product, fill volume range, allowable tolerance, drip prevention, cleaning, target speed, and upstream/downstream interfaces.
Packaging materials and process must match
Container body and optional caps or sealing materials; filling nozzle size and bottle mouth clearance confirmed per actual sample; bottle feeding and positioning, product supply, multi-head servo metering filling, drip prevention, bottle discharge, and optional sealing stations
Optional modules are not standard
Optional bottle unscrambling, suck-back drip prevention, heated stirring, screw capping, sealing, inspection, labeling, and downstream conveying.
Parameters confirmed per project
Please provide container, product, fill volume range, allowable tolerance, drip prevention, cleaning, target speed, and upstream/downstream interfaces.
First see actual working conditions
Recommended information before quotation
The more complete the samples, packaging materials, and site information, the easier to determine equipment route, changeover scope, and line integration boundaries.
Configuration reference
- Multi-head servo metering configured per product response, fill volume range, and container speed
- Filling nozzles, drip prevention, heated stirring, and cleaning confirmed per actual product
- Bottle unscrambling, screw capping, sealing, inspection, and labeling are optional modules
- Head count, filling accuracy, capacity, and utilities confirmed per project configuration
Prepare for selection
- Actual container, bottle mouth size, bottle stability, and arrangement
- Product viscosity, temperature, foaming, stringing, particles, and corrosiveness data
- Fill volume range, allowable tolerance, drip prevention, and cleaning standards
- Target speed, feeding method, site layout, and upstream/downstream interfaces
First see actual working conditions
Key Parameters
Capacity and speed
Confirmed based on filling head count, single fill volume, product response, container positioning, drip prevention, and upstream/downstream speed. Actual capacity is confirmed by project trials.
Automation scope
Multi-head servo automatic filling; bottle feeding, cap unscrambling and screw capping, sealing, inspection, labeling, and downstream conveying are optional per project
Applicable containers or packaging
Bottles, jars, and similar rigid containers that can be stably conveyed and positioned; bottle mouth, body, bottom, and arrangement confirmed per actual sample
Applicable products
Liquids, pastes, or products with small particles; viscosity, temperature, foaming, stringing, corrosiveness, and cleaning conditions must be specified
Packaging materials and consumables
Container body and optional caps or sealing materials; filling nozzle size and bottle mouth clearance confirmed per actual sample
Basic process
Bottle feeding and positioning, product supply, multi-head servo metering filling, drip prevention, bottle discharge, and optional sealing stations
Tooling and changeover
Adjust guides, positioning, filling head spacing, metering program, and liquid-contact parts per container, bottle mouth, and fill range
Power, air supply, and layout
Confirm equipment dimensions, power, air supply, maintenance space, and upstream/downstream interfaces based on product supply, servo metering, filling heads, cleaning, drip prevention, and optional sealing/inspection
Steps from sample confirmation to delivery
Confirm bottle mouth, positioning, product response, drip prevention, and cleaning risks.
Select metering and filling head configuration based on fill volume range, speed, and product supply.
Check bottle feeding, positioning, head consistency, bottle discharge, and exception handling.
Check metering, speed, drip prevention, cleaning, and changeover.
Common configuration routes
Compare single-head, multi-head, and complete filling-sealing line
Do not select from the machine name alone. Compare liquid flow, metering principle, head count, feeding, drip control and line balance and confirm the boundary with actual samples.
Single-head or few-head filling
Suitable for projects with moderate speed, many specifications, or product validation phase.
Multi-head servo filling
Through multi-head parallel processing, product supply and container speed must be simultaneously ensured.
Complete sealed line
Optional bottle unscrambling, screw capping, sealing, inspection, and labeling, unified line control.
Multi-head servo liquid metering
First see actual working conditions
Frequently Asked Questions
Does adding filling heads always increase capacity?
Not necessarily. Product supply, metering time, container positioning, and upstream/downstream speed may limit actual capacity; requires whole-line calculation.
Can products of different viscosities share the same filling system?
It can be evaluated, but pumps, valves, filling nozzles, programs, and cleaning may need adjustment or replacement; separate product trials required.
Send samples and requirements
First confirm samples, packaging materials, and process, then determine final configuration
Send actual product or pack samples, critical dimensions, liquid flow, metering principle, head count, feeding, drip control and line balance, target cycle, layout and acceptance criteria. Photos, videos or drawings can be reviewed first.
Actual container, bottle mouth size, bottle stability, and arrangementProduct viscosity, temperature, foaming, stringing, particles, and corrosiveness dataFill volume range, allowable tolerance, drip prevention, and cleaning standardsTarget speed, feeding method, site layout, and upstream/downstream interfaces