Extended Capacity: Up to 5000 ml

With a maximum container volume of 5000 ml and a neck diameter range up to 110 mm, this plastic blow molding machine handles container formats that would require two or more mold changes on smaller equipment. Large-format PP jars, wide-mouth baby bottles, and bulky craft containers can all be produced within a single machine configuration, reducing capital and floor-space requirements for multi-format producers.

High-Volume Air Circuit

The FS-1CG196 operates with a high-pressure air consumption of 3500 ltr/min at 30 kg/cm² blowing pressure — a notably larger air volume than comparable single-cavity machines. This generous pneumatic capacity ensures the large container cavities fill completely and rapidly during the blowing phase, preventing the thin-spot defects that often appear when air supply is undersized relative to container volume.

Elevated Heating Capacity

At 24 kW maximum plus 12 kW supplementary heating, the electrical system provides the thermal headroom needed when processing larger preforms and thicker-walled containers. The extended infrared oven can maintain precise temperature gradients across the full length of tall preforms, which is essential when producing 330 mm-height bottles where temperature uniformity directly controls the biaxial orientation quality of the final bottle.

Broad Resin Compatibility

PET, PETG, PC, PCTG, and PP resins are all processable on this auto blowing machine without fundamental mechanical changes. Each resin family has a distinct processing window, and the machine's independently controlled oven zones and adjustable blowing pressure allow operators to dial in the correct profile for each material — whether you need PP's chemical resistance for pharmaceutical use or PETG's optical clarity for premium food jars.

Stable 600 BPH for Large Containers

A theoretical output of 600 bottles per hour reflects the longer cycle time inherent in blowing large-format containers — time that is well spent achieving full cavity fill, complete cooling, and consistent release. For baby bottle manufacturers and pharmaceutical packaging producers where every individual unit is subject to quality inspection, this controlled pace ensures dimensional and cosmetic standards are met reliably across full production shifts.

Patented Structural Innovations

Our R&D program has produced a portfolio of nationally registered patents across key machine subsystems — clamping mechanisms, oven architecture, and preform transport — incorporated into every FS-series blow molding machine. These innovations are not cosmetic: they reduce wear, extend component service life, and improve cycle-to-cycle repeatability in ways that differentiate our machines from standard bottle blow molding alternatives available on the market.

Preform Injection Mold

• The gate lip is built as a two-component assembly, maintaining coaxial alignment throughout the preform formation process to ensure consistent wall-thickness distribution from the outset.
• An optimized cooling channel layout accelerates heat removal from the preform body, shortening cycle time while keeping surface temperatures tightly controlled before handoff to the blowing stage.
• Cavity-forming components are machined from imported 2316 die steel — a grade selected for its corrosion resistance, thermal stability, and suitability for hardening processes that extend service life in high-cycle environments.
• Core plates, cavity plates, and load-bearing structural elements are fabricated from 420 stainless steel throughout, providing consistent resistance to moisture and process-related corrosion over the full service life of the mold.
• The mold layout is engineered for practical field maintenance — components can be accessed and serviced without specialized tooling, keeping planned maintenance windows short.
• A standardized interchangeable fitting system allows a single mold base to support multiple preform geometries, reducing tooling investment when a production line carries several product formats.

Blowing Mold

• Cavity blocks are produced from high-grade tool steel, selected for surface hardness and fatigue resistance to sustain millions of open-close cycles without dimensional drift.
• Every container profile is developed and validated in advanced 3D modeling software prior to any machining, eliminating the costly trial-and-error iterations common with conventional mold design workflows.
• An extensive library of container silhouettes — cylindrical, oval, ergonomic, and custom-contoured shapes — can be offered for selection, covering the baby bottle, pharmaceutical, food, and specialty packaging segments.
• Cooling channels are positioned and sized to deliver uniform heat extraction across the full cavity surface, preventing localized hot spots that would cause surface imperfections or cycle-time inconsistency.
• All metal components are finished on CNC machining centers to tight dimensional tolerances, ensuring that parting-line flash is minimized and that cavity-to-cavity geometry is repeatable across replacement mold sets.

PLC Sequence Control

Every machine motion — mold open/close, preform transfer, oven traversal, stretch-rod actuation, blowing, and bottle ejection — is managed by a programmable logic controller with millisecond timing resolution. Stored product recipes allow trained operators to switch between bottle formats without rebuilding parameters from scratch, reducing changeover time and the risk of setup errors.

Zoned Infrared Oven

The reheat oven is divided into independently switched lamp sections covering the full height of the preform. For the tall preforms required to produce 330 mm-height containers, this independent zone control is not optional — it is the only way to achieve the temperature gradient that guides biaxial orientation during stretching. Oven insulation also reduces heat leakage into the surrounding workspace, improving operator comfort on the production floor.

High-Flow Pneumatic Circuit

The 3500 ltr/min high-pressure air supply at 30 kg/cm² is proportionally regulated to prevent pressure spikes that could cause mold flash on large-diameter cavities. An accumulator within the circuit buffers demand peaks at the start of each blowing phase, ensuring the cavity sees stable, consistent pressure from first contact to full inflation across every production cycle.

Precision Cooling System

Cooling water at 8–12 °C and 30 ltr/min flows through both the preform injection mold and the blowing mold cooling circuits. The slightly wider temperature range (versus the CG130) accommodates a broader range of resin types and ambient conditions, giving production teams flexibility in regions like Colombia and Southeast Asia where ambient workshop temperatures can fluctuate significantly between seasons.

Large-Format Baby Bottles

Wide-neck PP and PETG baby nursing bottles in sizes from 200 ml up to 5000 ml — including storage containers and feeding sets — can be produced on this blow molding machine. The 110 mm neck diameter range covers the broad opening formats used in pediatric and infant product lines, while PP's food-contact approvals and low migration characteristics make it the resin of choice for infant-use products across regulated markets in Europe, Colombia, and Australia.

药品及医疗包装

Pharmaceutical manufacturers producing large-volume syrup bottles, tablet containers, and liquid oral dosage forms benefit from the FS-1CG196's consistent wall-thickness distribution and tight dimensional tolerance performance. PP containers produced on this automatic pet blowing machine can be validated for pharmaceutical use under FDA, EU, and equivalent regional frameworks, making them suitable for export-focused pharmaceutical packaging operations across global markets.

Food & Edible Oil Containers

Edible oil, vinegar, soy sauce, and large-format drinking water containers represent core applications for this bottle blow molding machine. The 5000 ml maximum capacity positions it as a practical solution for cooking oil and condiment producers who need large containers with wide mouths for easy filling on high-speed line equipment. The machine's ability to handle PP means containers can be made both transparent and opaque depending on product protection requirements.

Crafts & Special-Shaped Containers

Promotional packaging, novelty bottles, and custom-contoured specialty containers for the cosmetics and personal care market can all be produced using the CNC-machined blowing molds supplied with the FS-1CG196. The 170 mm maximum container diameter and 330 mm height provide substantial design freedom for creative container silhouettes, and the 3D-software-designed mold cavities ensure the finished container accurately reproduces the intended shape.

Home & Personal Care Products

Detergent bottles, shampoo containers, and household cleaning product packaging are frequent applications for this two stage blow molding machine. HDPE and PP formulations with the chemical resistance required for surfactant-based products process readily within the machine's parameter range, while the consistent bottle geometry produced enables reliable filling and capping on automated downstream equipment commonly used in personal care product manufacturing facilities.

Air Compressor

The FS-1CG196 Blow Molding Machine's 3500 ltr/min high-pressure air demand at 30 kg/cm² requires a correctly sized compressor system. We work with specialist compressor suppliers to match compressor capacity to the machine's actual peak and average demand across a full production shift. For baby bottle and pharmaceutical packaging lines where air cleanliness is regulated, oil-free compressor configurations are specified and available.

模具温度控制器

For PC, PCTG, and specialized PP formulations that require elevated or tightly controlled mold surface temperatures, a standalone mold temperature controller circulates temperature-stabilized fluid through both the injection mold and the blowing mold cooling circuits. Maintaining mold temperature within ±1 °C of set point is particularly valuable for high-gloss cosmetic containers and food jars where surface finish is a direct quality metric.

Bottle Visual Inspection Machine & Chiller

Automated visual inspection integrates at line speed after the blow molding machine output, scanning each container for wall-thickness variation, surface defects, and geometric non-conformance without requiring a human operator at every station. A dedicated chiller unit maintains the 8–12 °C cooling water supply the FS-1CG196 requires, keeping mold temperatures stable regardless of seasonal ambient temperature changes in production facilities across Colombia, Australia, or elsewhere.