Applicable Containers
Round bottles, square bottles, wide-mouth bottles, metal cans, plastic bottles
Screw Capping, Press Capping & Container Sealing Equipment
The machine feeds, picks or places, pre-engages and tightens screw caps. Screw capping, press-on capping, crimping and metal-can seaming are different closing processes. Bottle stability, cap orientation, thread engagement, torque target, surface protection, format range and line cycle determine the sorting, placement, gripping and tightening system. Trial filled or equivalent-weight bottle-and-cap sets for cross-threading, missing caps, slipping, torque and container damage. Induction inner sealing, when required, normally follows capping.

Selection points
These details decide machine structure, changeover method and quotation accuracy.
Round bottles, square bottles, wide-mouth bottles, metal cans, plastic bottles
Screw caps, press caps, can lids, inner plugs
Screw capping, press capping, or can sealing
Confirmed based on cap type, number of heads, bottle stability, and conveying speed; can be standalone capping, automatic cap sorting and placing, or inline after filling
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
These details decide machine structure, changeover method and quotation accuracy.
YJ-XG-ZD300
Confirmed based on container dimensions, material state, process, number of stations, and target speed. 600–1800 pcs/hr
Can be configured as benchtop, semi-automatic, fully automatic, or inline according to the project.
Bottles, pails, cups, boxes, tubes, and bag containers
Confirmed based on sample dimensions, diameter, height, and sealing edge width.
Food, sauces, daily chemicals, cosmetics, medical consumables, and chemical packaging
Consumables and accessories are confirmed based on samples and final process.
Filling, sealing, capping, labeling, coding, conveying, or inspection.
Configuration selection
Photos, key dimensions, and packaging material details are enough to start; if details are incomplete, we will review the direction first.
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
Screw capping serves threaded closures, press-on capping serves interference fits, and crimping or metal-can seaming needs different equipment.
Screw Capping, Press Capping & Container Sealing Equipment
Screw capping serves threaded closures, press-on capping serves interference fits, and crimping or metal-can seaming needs different equipment.
Selection points
These details decide machine structure, changeover method and quotation accuracy.
It can be initially judged based on standard structure, but not just by name. Need to confirm cap type dimensions, torque range, bottle positioning, cap feeding method, and then check if it suits the on-site cycle time based on cap type, number of heads, bottle stability, and conveying speed.
Screw capping, press capping, or can sealing is affected by round bottle, square bottle, wide-mouth bottle dimensions, screw cap, press cap, can lid structure, and beverage, condiment, daily chemical liquid state. The clearer the samples, the easier to determine molds, temperature, pressure, torque, or inspection method.
It can be used as standalone capping, automatic cap sorting and placing, or inline after filling. If there are upstream/downstream equipment, the conveying height, direction, speed, and signal interface need to be confirmed simultaneously.
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 empty and full bottles, every closure, cap material and dimensions, thread and torque requirements, surface protection, units per minute, formats, interface height and layout.