Filling / Dosing Equipment
Provide the actual product and container to test feeding, particle passage, dosing, drip/string control and cleaning before fixing the pump, pipe, valve, nozzle and head count.
Actual equipment photos from the factory. Confirm the final configuration with the containers, product, sample trials and agreed equipment scope.
Selection points
These details decide machine structure, changeover method and quotation accuracy.
The machine meters and fills viscous sauces, condiments or products containing passable particles. Viscosity, particle size and integrity, temperature, shear sensitivity, foaming and stringing affect the pump, piping, valves and nozzles. Container opening, dose, drip collection, suck-back and cleaning must be confirmed together through real-product and container trials.
Select a rotary lobe pump sauce filler by viscosity, particles, temperature, shear, stringing, container opening, dose, anti-drip route, piping and cleaning, using real-product trials.
Send product sample and temperature, viscosity and particle range, target dose and tolerance, opening dimensions, feed route, drip/string behaviour, cleaning, cycle and line interfaces.
Provide details of the existing equipment or line, installation position, target cycle and site conditions. Compatibility, change parts and integration requirements can then be confirmed; associated equipment and functions must be listed separately.
Selection points
Photos, key dimensions, and packaging material details are enough to start; if details are incomplete, we will review the direction first.
Selection points
YJ-GZ-ZP300
Confirmed based on fill volume, material state, number of heads, and loading/unloading method: 600-1200 bottles/hour
Bottles, pails, cans, flexible pouches, wide-mouth containers
Material viscosity, target fill volume, anti-drip requirements, cleaning method
Pumpable sauces, pastes or particle-containing products; particle passage, shear sensitivity and cleaning conditions require actual-product trials.
Filling nozzle, hopper, conveyor line, bottle caps or sealing film
Quantitative material filling
Configured according to mouth diameter
Send product, container, material, dimensions and target output.
Confirm configuration by process, changeover, cycle time and line needs.
Test sealing, filling, labeling or inspection results when needed.
Quote after confirming power, layout, lead time and spare parts.
Configuration selection
Rotary lobe, piston and multi-head servo routes are not interchangeable by product name. Compare viscosity, particles, shear, temperature, dose, cycle and cleaning.
Confirm sample compatibility, effect and basic parameters first.
Focus on station count, operating rhythm and changeover method.
Evaluate feeding, discharge, coding, inspection and floor space separately.
Filling / Dosing Equipment
Selection points
Send product sample and temperature, viscosity and particle range, target dose and tolerance, opening dimensions, feed route, drip/string behaviour, cleaning, cycle and line interfaces.
The machine meters and fills viscous sauces, condiments or products containing passable particles. Viscosity, particle size and integrity, temperature, shear sensitivity, foaming and stringing affect the pump, piping, valves and nozzles. Container opening, dose, drip collection, suck-back and cleaning must be confirmed together through real-product and container trials.
Provide details of the existing equipment or line, installation position, target cycle and site conditions. Compatibility, change parts and integration requirements can then be confirmed; associated equipment and functions must be listed separately.
It is recommended to review sample test results, key dimensions, consumable specifications, power and air supply, cleaning and maintenance methods, and spare parts list to avoid modifying molds or adjusting stations on-site.
Send Sample Information
Send product sample and temperature, viscosity and particle range, target dose and tolerance, opening dimensions, feed route, drip/string behaviour, cleaning, cycle and line interfaces.