EP-HGA.P.FS-2C150 2 Cavities Crafts & Special-shaped Bottle Blow Molding Machine

Wider Container Diameter for Non-Standard Shapes

At 130 mm maximum container diameter and 300 mm maximum container height, the HGA.P.FS-2C150 handles container geometries that exceed the specification of most standard baby bottle and beverage blow molding machines. Wide-body craft bottles — spirits containers, artisan honey jars, specialty condiment bottles — fit within this envelope. The 190 mm clamping stroke provides the parting-face clearance that wider mold assemblies require, and the toggle-link clamping unit distributes force evenly across the extended parting face to prevent flash on wide, shallow bottles where mold deflection under pressure is harder to control.

1,800 bph Dual-Cavity Output at Scale

With a theoretical output of 1,800 bph running both cavities, this machine produces approximately 14,400 containers per shift — a volume that bridges the gap between artisanal production and full industrial scale. For craft producers in Colombia or Brazil who have outgrown hand-loading semi-automatic equipment but are not yet ready for a high-count multi-cavity line, the HGA.P.FS-2C150 delivers the throughput needed to supply regional retail chains and export orders from a single fully automatic blow moulding machine installation.

Large Preform Carousel for Extended Conditioning

The 92-position heating carousel is the largest in the HGA series covered by this product family. More holder positions mean each preform spends more time in the heating oven relative to the cycle time, allowing better thermal penetration through thick PP or PETG preforms used in wide-body craft containers. Extended conditioning dwell reduces the temperature gradient between the outer surface and core of the preform — a gradient that, if uncorrected, leads to non-uniform stretch behavior and inconsistent wall thickness in asymmetric bottle profiles.

Multi-Resin Flexibility for Diverse Applications

The HGA.P.FS-2C150 processes PP, PET, PETG, PC, and PCTG — the full material palette for premium plastic container production. PETG is particularly valued in craft packaging for its glass-like clarity and ability to reproduce fine surface detail including embossed logos, textured panels, and decorative ribs. PC handles the high-gloss, crystal-clear cosmetic bottle formats that luxury brand packaging teams specify. Switching between resins is accomplished through recipe selection on the PLC touch interface, with stored zone temperatures and stretch timing for each material and preform combination already validated during factory acceptance testing.

450 mm Stretch Rod for Tall Bottle Profiles

The 450 mm stretching stroke is notably longer than the equivalent spec on the HGA.P.FS-2CB130, reflecting the taller container formats this machine targets. Craft spirits bottles, tall condiment containers, and elongated cosmetic flagons all require longer axial pre-stretch before high-pressure air contacts the preform, ensuring material reaches the base of the mold before the neck section over-expands. Correct pre-stretch programming is the key variable that separates a well-distributed tall bottle from one with a thin base and thick shoulder — an issue this machine's extended stroke and PLC recipe management address systematically.

Efficient Heating for Specialty Resins

The 42.5 kW main heating system combined with 18 kW additional heating covers the thermal demands of PETG and PC preforms — both of which require more careful temperature control than standard PET to avoid haze or surface defects in the blown bottle. The independently controlled oven zones allow engineers to apply a graduated temperature profile along the preform height, compensating for the different wall thicknesses found in craft bottle preforms where body, shoulder, and neck are profiled differently from standard cylindrical preforms. This zone-by-zone control is the production mechanism that consistently delivers clear, defect-free craft containers from this auto blowing machine.

Preform Injection Mold

• The two-part die lip design holds the preform gate on axis with the preform body throughout formation — critical for the non-circular preform cross-sections used in oval and square special-shaped bottle production.
• Cooling gallery design prioritizes uniform temperature extraction across the preform wall, reducing cycle time while preventing the differential shrinkage that distorts preform geometry before blowing.
• Forming inserts are produced from imported die steel 2316, fully heat-treated and tested for rust resistance — selected specifically for the extended service life required when running PETG and PC, which are more corrosive to tooling surfaces than standard PET.
• Core and cavity plates are manufactured from 420 stainless steel, providing corrosion resistance suitable for the humid environments common in production facilities across Colombia, Southeast Asia, and West Africa.
• Insert-level serviceability means worn forming components can be exchanged without dismounting the full mold assembly, reducing scheduled maintenance downtime on production lines running multiple shifts.
• Standard-dimension interchangeable fittings support multiple preform geometries from a single mold base — a practical advantage for craft producers running seasonal or limited-edition container formats.

Blowing Mold

• Mold bodies are machined from certified tool steel, with alloy selection matched to the blow pressure and thermal cycling requirements of PETG and PC production — both of which require more from tooling than standard PET.
• All cavity geometry — including the embossed panels, contoured grip surfaces, and decorative recesses that define special-shaped craft containers — is developed in 3D parametric modeling software before tooling manufacture, eliminating the geometry errors that cause reject rates to rise on complex shapes.
• An extensive container design library covers standard craft bottle profiles, artisan spirits shapes, wide-mouth jar forms, and ergonomic grip formats — giving customers a starting point for tooling discussions rather than beginning from a blank page.
• Cooling channels are flow-simulated for balanced heat extraction across asymmetric cavity geometry, where standard channel layouts would create hot zones at panel transitions and shoulder recesses.
• All cavity and structural metal components are finish-machined on CNC equipment, producing matched tolerances across the two cavity positions — the foundation of consistent dimensional output between cavities on special-shaped bottle production.

Craft Spirits & Artisan Beverage Bottles

Artisan gin, mezcal, craft rum, and specialty wine brands in Colombia, Mexico, and across Latin America increasingly use proprietary-shaped PET or PETG bottles as a brand differentiation tool. The HGA.P.FS-2C150 blow molding machine's 130 mm container diameter and 300 mm height accommodate the tall, narrow or wide-body formats that these brands specify. PETG's glass-like clarity and ability to hold fine surface embossing makes it the material of choice for premium spirits packaging in this segment.

Premium Cosmetics & Fragrance Containers

Luxury cosmetics brands use PC and PETG containers for their crystal clarity and ability to replicate the sharp edges and complex geometry of glass packaging at a fraction of the weight. Serum bottles, fragrance flacons, and premium toner containers in the 50 ml to 500 ml range with decorative ribbing, tapered shoulders, and fine-threaded necks are all achievable on this plastic blow molding machine with the appropriate custom mold design. Surface gloss on PC rivals that of optical-grade glass.

Specialty Food Jars & Condiment Containers

Artisan honey jars, gourmet jam containers, specialty olive oil bottles, and premium sauce packaging in the 500 ml to 4,000 ml range fit within the container envelope of the HGA.P.FS-2C150 blow molding machine. Wide-mouth designs, square cross-sections, and oval profiles — shapes that require the wider mold-open distance and larger clamping stroke of this machine — are common in the specialty food packaging segment in Colombia and across Latin American gourmet food retail.

Industrial & Household Cleaning Products

Large-format trigger-spray bottles, specialty detergent containers, and industrial chemical packaging in the 1-litre to 4-litre range use PP for its chemical resistance and structural integrity. The 4,000 ml maximum container volume of this bottle blow molding machine covers the institutional-size cleaning product containers that industrial supply chains in Colombia, Brazil, and Southeast Asia source in high volumes for facility management and food service applications.

Promotional & Seasonal Packaging

Brands across beverage, personal care, and food segments commission limited-run promotional containers for holiday seasons, sports events, and product launches. The HGA.P.FS-2C150's recipe management system and modular mold infrastructure allow these short-run specialty formats to be produced without committing a dedicated machine to a single container design. For brand owners in Colombia and neighboring markets exploring premium packaging to differentiate their products, the short-run flexibility of this machine makes it a practical production asset.

Container Diameter Over 110 mm

If your product line includes any container with a body diameter above 110 mm — wide-mouth jars, oval craft bottles, square condiment containers — this blow molding machine's 130 mm maximum container diameter is the correct specification. Models with 110 mm diameter limits will not clear the wider mold assemblies these designs require, regardless of their clamping stroke or mold-open distance.

PETG or PC Resin Requirement

If your container specification requires the glass-like clarity of PETG or the optical crystal quality of PC, confirm that the machine you select has validated process experience with these resins. Both require narrower heating windows and more careful pressure management than PET. The HGA.P.FS-2C150's 42.5 kW heating system and independently controlled zones are sized for these more demanding resin characteristics.

Non-Round Container Cross-Section

Square, oval, and ergonomic-grip cross-sections distribute blow pressure differently from round containers. Before committing to tooling, confirm that your blowing mold designer has experience with non-round cavity venting, cooling channel routing around irregular cross-sections, and the preform orientation mechanism required to align the preform's oval cross-section with the corresponding mold cavity orientation. These are specialist tooling design areas beyond standard round-bottle experience.

Output Rate vs. Quality Balance

For premium craft containers, quality almost always takes priority over maximum output rate. The 1,800 bph rated output of the HGA.P.FS-2C150 blow molding machine can be run at reduced speed for complex shapes to allow extended conditioning time and more careful blow curve programming. Running at 70–80% of rated speed on particularly complex special-shaped formats is common practice and often produces better per-bottle quality than pushing for maximum throughput on shapes that are sensitive to preform temperature variation.

Oil-Free Air Compressor

For PETG and PC craft container production, oil-free compression is mandatory — oil aerosol contamination inside a clear premium bottle is immediately visible and triggers batch rejection. The HGA.P.FS-2C150 blow molding machine uses 1,200 ltr/min high-pressure air at 7 kg/cm² for blowing, plus 600 ltr/min low-pressure for pneumatic actuators. Size the compressor 20–25% above rated consumption and verify rated output at local ambient temperature — compressor delivery falls in tropical installations where ambient temperature is significantly above standard test conditions.

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Asymmetric mold geometries for special-shaped containers have uneven thermal mass distribution, making stable cooling water temperature more critical than in standard round-bottle tooling. Hot zones form preferentially at thick mold sections adjacent to the parting line — areas where cooling channels are harder to route — and cause progressive bottle height drift upward over a production shift. A dedicated temperature controller maintaining water at 8–10°C throughout the shift prevents this thermal creep and sustains consistent bottle geometry across all output from both cavities.

Bottle Visual Inspection Machine

Premium craft containers are among the most inspection-intensive products in the plastic packaging industry — surface defects, haze spots, parting line flash, and wall thin spots that would pass quality control on a commodity beverage bottle are automatic rejections on a premium cosmetic or artisan spirits container. Inline camera inspection systems that track output by cavity position give production teams early warning of developing defects before a full batch is affected, protecting the brand reputation of the craft producer and limiting material waste from undetected quality drift.

Industrial Chiller & Utility Package

PETG and PC container production is more sensitive to cooling water temperature than PET because both materials have narrower thermal processing windows. In Colombia, Southeast Asia, and other tropical production environments where ambient facility water arrives at 28–35°C, a chiller is not optional — it is a prerequisite for achieving the consistent mold surface temperature that these resins require for acceptable surface quality and dimensional consistency. We supply matched chiller-compressor packages sized for this machine's consumption profile to simplify site utility planning.