Semi-Automatic PET Bottle Blowing and Water Bottl | RFQ Sourcing Details

This configurable production line is intended for making PET bottles and packaging bottled water.

The listed equipment scope can include a semi-automatic or fully automatic stretch blow molding machine, a water treatment system, a 3-in-1 rinsing/filling/capping monoblock, sleeve labeling equipment, and shrink-wrapping machinery.

Buyers should establish which modules are included in the quoted line because the available description covers both individual machines and complete production-line configurations. Published semi-automatic blow-molding models cover bottle volumes from 0.2 to 20 L.

Their listed nominal capacities range from 60–120 bottles per hour for the 10–20 L HM-12 model to 1,800–2,000 bottles per hour for the four-cavity HM-S4 model. The HM-1500 is specified for 0.2–2 L bottles at 1,200–1,600 bottles per hour.

Fully automatic HM-A2, HM-A4, HM-A6, and HM-A8 models are listed at 1,800–8,000 bottles per hour when producing 500 ml bottles, with two to eight cavities depending on model. Actual output therefore depends on the selected machine, bottle volume, bottle geometry, preform, and line configuration.

The listed water-treatment arrangement may incorporate silica-sand filtration, activated-carbon filtration, sodium-ion exchange, hollow-fiber filtration, reverse osmosis, UV sterilization, precision filtration, ozone generation, and a water tank.

The filling section uses a 3-in-1 configuration that carries bottles through rinsing, filling, and capping. Its description also identifies neck-holding bottle transport, clamp transfer, a stainless-steel bottle clamp designed to avoid , and liquid- .

Component information for the blowing equipment lists controls and motion components from several identified manufacturers, including an Omron PLC, Yaskawa servo motors, Parker blowing and motion valves, and a Rexroth cylinder.

Component brands are described as customizable, so the final bill of materials should be confirmed in the purchase specification.

Procurement questions to confirm: select the exact model and automation level;define required bottle volume, shape, neck diameter, maximum diameter, height, and hourly output;verify the number and design of molds and cavities;identify every included treatment, filling, labeling, and packing module;obtain utility requirements for electrical power, low- and high-pressure air, and water;confirm line footprint and individual machine weights;request product-;and verify which listed certifications apply to the exact supplied configuration.

Buyers should also document acceptance-test conditions, changeover requirements, installation scope, operator training, spare parts, commissioning responsibilities, warranty coverage, delivery schedule, and packing dimensions before ordering.