PCO1810 28 mm PET Water Bottle Preform Servo Inje | RFQ Sourcing Details

The PCO1810 is an automatic, horizontal injection molding machine configured for producing 28 mm PET preforms for bottled-water containers. Its listed design uses screw-type plasticizing, mechanical clamping, computerized controls, and a servo motor drive.

The servo system provides closed-loop control of pressure and flow. The injection unit is described as using double linear guides to reduce friction and resistance during injection and plasticizing. Ceramic heating rings are used around the shooting screw for rapid heating and thermal insulation.

The mold plate has a T-slot structure intended to simplify mold changes, while the ejector structure is designed around PET preform processing. The listed electrical supply is 380 V at 50 Hz.

Published configuration information identifies a nominal machine capacity range of 100–700 tons and overall dimensions of 4000 × 1800 × 2000 mm.

These figures may describe a configurable machine family rather than one fixed PCO1810 build, so buyers should obtain a model-specific technical sheet before selecting a mold or planning the installation. The equipment is presented primarily for PET preform production, including water and beverage preforms.

The available information also discusses wide-mouth jar, edible-oil container, cosmetics, and pharmaceutical preforms, but suitability for any particular part depends on the selected screw, barrel, injection capacity, clamping unit, mold, resin, and process requirements.

Before procurement, confirm the exact clamping force, shot weight, screw diameter, tie-bar spacing, platen dimensions, mold thickness range, opening stroke, ejector travel, dry-cycle time, connected load, hydraulic requirements, cooling-water demand, compressed-air needs, and actual footprint for the offered configuration.

Buyers should also verify that the machine accepts the intended PET resin and preform mold, including the required cavity count, hot-runner arrangement, neck finish, part weight, and target cycle.

Performance statements concerning energy savings, injection-volume increases, response time, cycle speed, noise, precision, and production capacity should be validated under an agreed mold, resin, utility supply, and test protocol.

Documentation for any required certification should be checked for the exact machine and destination market.

Warranty information in the available product details is inconsistent, referring both to two years and to a 12-month quality guarantee;the binding warranty period, exclusions, spare-parts coverage, technician expenses, commissioning scope, and training deliverables should therefore be confirmed in the purchase contract.