Fully Automatic 15 ml Hot-Fill Petroleum Jelly Bo | RFQ Sourcing Details

This fully automatic production line is configured for hot filling and downstream packaging of 15 ml petroleum jelly, Vaseline-type products, balms and ointments.

Its documented workflow covers bottle lifting and centrifugal unscrambling, buffered feeding, top-surface labeling, ten-nozzle filling, controlled cooling, bottle discharge, film sealing and cap application. The stated overall production output is 10,000–12,000 bottles per hour.

Individual modules have separa ute, and the sealing/capping monoblock at 170–200 bottles per minute. Actual sustained line output should be confirmed against the selected container, product viscosity, fill temperature, label, sealing film, cap and cooling requirements.

The hot-filling module has ten nozzles and a stated 15 ml filling scope, filling accuracy of no more than ±1%, and adjustable operation through PLC and touch-screen controls. Its liquid- , while the filling nozzles use an anti-drip design. The listed product temperature is 60–62°C.

The line description identifies SUS304 stainless steel for major frames and machine exteriors, while the general product attributes list SS316 plus SS304;the exact grade used for every product- .

After filling, containers pass through a cooling system intended for products that require consolidation before secondary packaging. The described arrangement comprises three cooling sections plus a 3 m buffer conveyor, with an approximate overall dimension of 12 × 1.0 × 1.68 m.

For 15 ml jars, the stated tunnel passage time is approxima unnel, so the final tunnel length and layout must be confirmed for the ordered configuration. The sealing and capping monoblock has ten sealing heads and ten capping heads.

It uses roll film for positioned heat sealing, with an adjustable sealing-temperature range of 50–200°C. The module includes cap lifting and unscrambling, cap placement, film cutting, sealing, capping and bottle exit.

It also provides no-bottle/no-sealing-or-capping control, automatic counting and mold-based container handling. The described line requires two operators to replenish caps and film and monitor operation.

Controls and component brands vary by module and include listed PLC, touch-screen, servo, inverter, sensor and pneumatic components from Siemens, Delta, Schneider, AirTAC, Weinview, Keyence, Leuze, Sick and Omron.

Electrical supplies also vary across the line, including 220 V single-phase and 380 V three-phase equipment. The complete electrical load, frequency, phase distribution, compressed-air demand and utility connection schedule should be confirmed as one integrated package.

Before procurement, buyers should submit representative containers, caps, sealing film, labels and product samples for line trials.

Confirm the guaranteed output under the actual recipe, fill-temperature control, changeover parts, cleaning and sterilization procedure, cooling duty, labeling tolerance, seal integrity, cap torque, factory-acceptance test criteria and final line footprint.

Also request documentary evidence for any required CE, UL, RoHS, FDA-related or GMP-related conformity because the supplied information lists these terms but does not define the certification scope or applicable model documentation.