EP-HGA.ES-1C130 Food Jars and Cans Bottle Blow Molding Machine
The EP-HGA.ES-1C130 is a fully automatic blow moulding machine engineered specifically for producing food-grade wide-mouth jars, easy-open cans, edible oil containers, and condiment bottles across a broad range of neck diameters. Operating as part of our established two-step blow molding machine platform, this model handles containers up to 1,000 ml with a maximum neck diameter of 96 mm — making it one of the most versatile bottle blow molding machines in its output class. The machine is capable of 1,000 bottles per hour (bph) theoretical output, providing consistent cycle times across shifts without sacrificing dimensional accuracy.
Packaging engineers working in food, condiment, and edible oil sectors will immediately recognise the cost and scrap-reduction benefits this brings at production scale. The machine accepts PET and PETG resins as primary materials, though PP and PC are also compatible depending on the preform specification.
With a footprint of 2,525 × 1,525 × 1,995 mm and a machine weight of 2,500 kg, the EP-HGA.ES-1C130 is designed for integration into standard production halls without major civil engineering changes.
Food Jars & Cans Series
EP-HGA.ES-1C130
Food Jars and Cans Bottle Blow Molding Machine
A two-step blow molding machine purpose-built for wide-mouth food containers, edible oil bottles, and incision-free can formats — delivering stable output and high energy efficiency for global packaging lines.
Technical Parameters — HGA.ES-1C130 Blow Molding Machine
| Category | Blow Molding Machine Parameter | Unidade | Valor |
|---|---|---|---|
| Molding | Clamping stroke | mm | 150 |
| Mold-open distance | mm | 350 | |
| Mold-close distance | mm | 200 | |
| Stretching stroke | mm | 350 | |
| Base mold-open distance | mm | 50 | |
| Gripper distance | mm | 130 | |
| Mold cavities | — | 1 | |
| Container | Max container volume | ml | 1,000 |
| Max neck diameter range | mm | 96 | |
| Max container diameter | mm | 110 | |
| Max container height | mm | 260 | |
| Output | Theoretical output | bph | 1,000 |
| Electrical | Max heating power | kW | 31.5 |
| Normal operating power | kW | 12 | |
| Air System | Operating pressure | kg/cm² | 7 |
| Low pressure air consumption | ltr/min | 600 | |
| Blowing pressure | kg/cm² | 35 | |
| High pressure air consumption | ltr/min | 800 | |
| Cooling Water | Operating pressure | kg/cm² | 6 |
| Temperature | °C | 8–12 | |
| Flow rate | ltr/min | 30 | |
| Machine | Dimensions (L×W×H) | mm | 2525×1525×1995 |
| Peso da máquina | kg | 2,500 |
Our Product Key Advantages
The EP-HGA.ES-1C130 fully automatic blow moulding machine represents years of iterative refinement in both mechanical design and process control. Unlike many generic bottle blow molding machine platforms, this model was conceived from the ground up around the specific requirements of food-grade wide-mouth containers — including strict hygiene tolerances, precise wall thickness control, and the ability to produce easy-open can formats without a post-process cutting operation. The result is a machine that delivers measurably better material yield, lower reject rates, and more repeatable output across long production runs.
🔩 Incision-Free Can Forming
A patented mechanism allows the machine to produce easy-open can formats in a single continuous process. No secondary cutting is needed, eliminating a historically problematic step for food-grade packaging lines.
⚡ Energy-Efficient Heating
Max rated heating power sits at 31.5 kW, but typical operating draw is just 12 kW — a ratio that reflects the precision of the preform heating control system and delivers direct savings on electricity cost per unit produced.
📐 Wide-Mouth Capability
A neck diameter range up to 96 mm makes this among the widest-specification auto pet blowing machine models available in its class — suitable for dry fruits, condiments, spices, and edible oil applications alike.
🔄 PLC-Driven Automation
Servo motor integration and a PLC-based control architecture provide repeatable cycle management. Operators can monitor and adjust parameters via touchscreen without halting production — an essential attribute for high-output food packaging environments.
🌍 Multi-Resin Compatibility
Whether your container specification calls for PET, PETG, PC, PCTG, or PP, this plastic blow molding machine accommodates the full range of food-safe resins without requiring a platform change — keeping tooling investment efficient across product families.
🏭 Compact Industrial Footprint
At 2,525 × 1,525 × 1,995 mm and 2,500 kg, the machine integrates readily into standard production cells. Utility connections — compressed air, cooling water, electrical — follow conventional industrial layout for straightforward commissioning.
Partner Brands
With over two decades of dedicated research and development, our engineering team has accumulated deep expertise in the manufacture, commissioning, and lifecycle management of blow molding machines across every major industry vertical. We continuously advance our machine production systems and hold numerous national patents across platform generations. Specialised blow molding machine lines have been developed for PET, PETG, PC, PCTG, and PP materials, serving cosmetics, beverages, food, edible oil, pharmaceuticals, and baby care categories. Our track record in high-end food and pharmaceutical packaging is particularly strong. Trusted partners include Yibao, Haitian, Luhua, Walch, Blue Moon, Proya, Libai, Estée Lauder, Walmart, Da Senlin, and Shining Eye Drops.
Machine Structure & Core Components
The structural architecture of this injection blow molding machine draws from established industrial principles while incorporating component-level enhancements that directly address the demands of food-grade wide-mouth container production. The main frame uses a reinforced steel weldment with precision-machined platens, ensuring that clamping forces remain consistent even at elevated cycle rates. The servo-driven stretching mechanism maintains accurate rod position across the full 350 mm stroke, which is critical for uniform wall thickness in tall jar formats.
The preform heating oven features independently controlled infrared lamp banks arranged in a vertical pass-through configuration. Each zone is thermostatically managed, allowing the operator to establish a tailored heating profile for different preform geometries without requiring physical adjustment of lamp spacing. This is especially relevant for wide-neck performs where differential heating across the shoulder and body sections directly influences the quality of the final blow molded bottle.
High-pressure air delivery — up to 35 kg/cm² — ensures rapid, complete cavity fill during the blowing phase. The integrated air recovery circuit captures residual high-pressure air from the bottle after forming, feeding it back into the low-pressure supply system at 7 kg/cm² operating pressure. This internal recycling meaningfully reduces compressed air consumption relative to open-cycle machine designs, and positions this auto blowing machine favourably on total operating cost across high-volume production runs.
Mold System
Blow Molding Machine Application Scenarios
The EP-HGA.ES-1C130 bottle blow molding machine was designed around a specific insight: wide-mouth rigid containers are used across an unusually broad range of industries, and each places distinct demands on material selection, neck geometry, and container height. Rather than optimising for one category, this blow molding machine for sale platform covers all of them without compromise. The following segments represent the primary application areas supported out of the box.
🍯 Dried Food & Snacks
Nuts, dried fruit, cereals, and similar products require wide openings for easy dispensing. The 96 mm neck diameter capability allows this pet blow molding machine to produce containers that genuinely compete with glass jars — at a fraction of the weight and logistics cost.
🫙 Condiments & Sauces
Pickled vegetables, chilli paste, mustard, and similar products demand containers that hold tight seals under temperature cycling. The precise wall thickness control this two-step blow molding machine delivers ensures consistent sealing-surface geometry batch after batch.
🛢️ Edible Oil
Edible oil bottles must balance transparency with structural rigidity. The two stage blow molding machine process, combined with compatible PET resins, produces bottles with excellent clarity, top-load strength, and oxygen barrier performance — all within FDA-compliant food contact specifications.
🥫 Easy-Open Cans
The incision-free can-forming capability is particularly relevant here. Automated food lines in Colombia, Australia, and other key markets are shifting away from metal cans for ambient-shelf products — and this automatic pet blowing machine provides the direct-line replacement solution those lines need.
💊 Pharmaceutical & Supplement Jars
Vitamins, powdered supplements, and OTC tablets frequently use wide-mouth PETG or PC containers. This bottle molder meets the geometric precision and surface finish requirements that pharmaceutical packaging standards demand, with full traceability back to validated mold tool records.
🧴 Household & Personal Care
Cream jars, lotion dispensers, and multi-use household containers share the wide-mouth format and aesthetic finish requirements that this plastic blowing machine supports. The machine's mold library includes label panel and shoulder profiles suited to cosmetic-grade container design.
How to Choose the Right Blow Molding Machine
Selecting a blow molding machine is a multi-variable decision that extends beyond headline output figures. The EP-HGA.ES-1C130 is the right choice when your production specification meets two or more of the following criteria simultaneously: neck diameter above 70 mm, container volume between 200 ml and 1,000 ml, food-grade or pharmaceutical material compliance, and a requirement for can or wide-mouth jar formats. Where neck diameter is below 40 mm and volume below 500 ml, a narrow-neck auto pet blowing machine from a different platform within the same series may offer better economics.
When evaluating any pet blowing machine manufacturers, request the actual operating power figure alongside the rated maximum — the gap between these two numbers tells you far more about energy efficiency than nameplate ratings alone. Similarly, ask for documented cooling water flow rates: inadequate cooling is the single most common cause of extended cycle times and surface defects in wide-mouth applications where preform wall mass is high.
If your target containers include PP material — which requires higher mold temperatures than PET — confirm that the machine's mold temperature control system supports PP processing. The EP-HGA.ES-1C130 is compatible, but requires a Mold Temperature Controller (see Related Products below) to be included in the system specification from commissioning.
For food packaging production destined for export markets including Colombia, Brazil, Australia, and the UK, verify that the machine's electrical specification matches local supply standards before finalising the order. We supply machines configured for the target market from the factory — no on-site electrical modification is required.
Sobre nós
We are a specialist manufacturer with more than twenty years of focused development in automatic blow moulding machine technology. Our engineering teams hold deep knowledge across injection stretch blow moulding machine design, preform system engineering, and downstream packaging line integration — knowledge accumulated through thousands of machine installations across food, beverage, cosmetic, and pharmaceutical industries on six continents.
Our production facility operates to ISO-certified quality standards with full in-house machining capability — CNC turning, milling, and EDM — enabling us to control every precision component from raw material to final assembly. This vertical integration is a primary reason why our machine accuracy and build consistency remain high across production batches, and why lead time on custom mold tooling is measurably shorter than industry averages.
Oficina
Related Products & Auxiliary Equipment
A complete blow molding machine line requires more than the forming unit itself. We supply a full range of auxiliary equipment that is pre-validated for system compatibility with the EP-HGA.ES-1C130 — removing the integration risk that comes with mixing equipment from multiple suppliers. This one-stop supply approach is particularly valued by food packaging customers in Colombia, Australia, and Brazil who require fast, documented commissioning and a single point of technical responsibility.
Perguntas frequentes
Q1. What type of plastic blow molding machine is best suited for producing wide-mouth food jars and easy-open cans for the food packaging industry?
A two-step blow molding machine with a dedicated wide-neck preform injection mold system is the correct choice for this application. The two-stage approach separates preform production from blowing, which allows each phase to be independently optimised for material distribution and cycle time. For easy-open cans specifically, the incision-free forming mechanism in the EP-HGA.ES-1C130 eliminates a post-process step and reduces scrap compared to conventional designs. This fully automatic blow moulding machine handles neck diameters up to 96 mm and volumes up to 1,000 ml — covering the full dimensional range of typical food jar and can specifications.
Q2. How does a two-stage blow molding process differ from single-stage injection stretch blow molding when producing PET food containers?
In a single-stage injection stretch blow molding machine, preform injection and bottle blowing occur in the same machine cycle — which simplifies logistics but limits the opportunity to condition the preform before blowing. In a two-stage process, the preform is fully formed and cooled, then separately reheated to the precise orientation temperature before stretch blowing. This separation gives the operator finer control over preform wall thickness distribution, which directly improves top-load strength and sidewall uniformity in the finished container — properties that matter significantly in food-grade jar and condiment bottle applications.
Q3. Which automatic pet blowing machine configuration should food packaging manufacturers in Colombia consider for producing edible oil and condiment bottles at scale?
For food packaging operations in Colombia targeting edible oil and condiment bottle production, the HGA.ES-1C130 is a strong fit as a single-cavity entry-level production unit. Its compact footprint, 1,000 bph theoretical output, and compatibility with PET and PETG resins make it accessible for both new entrant facilities and capacity expansion at established plants. We configure machines to local electrical standards from the factory. Where output requirements exceed 1,000 bph, the two-cavity HGA.ES-2C130 or HGA.ES-2C150 blow molding machine from the same series provides a natural scale-up path without retraining operators or changing mold system architecture.
Q4. What auxiliary equipment does a complete bottle blow molding machine production line need to operate reliably in a food-grade packaging environment?
A fully operational blow molding machine line for food packaging requires at minimum: an oil-free air compressor delivering clean, dry compressed air at the specified high-pressure volume (800 ltr/min at 35 kg/cm² for the EP-HGA.ES-1C130), a chiller or cooling water system maintaining 8–12 °C supply at 30 ltr/min flow rate, and a Mold Temperature Controller if PP resin processing is required. A Bottle Visual Inspection Machine is strongly recommended for pharmaceutical and food applications where container defect detection is a regulatory requirement. We supply all four system components with validated compatibility to the blow molding machine — simplifying commissioning and removing cross-supplier technical disputes.
Q5. How can I verify that the technical specifications of a fully automatic blow moulding machine genuinely match the performance claims made by the manufacturer before making a purchasing decision?
The most reliable verification approach is a factory acceptance test (FAT) conducted at the manufacturer's facility using your own preform specification and target bottle design. During the FAT, request measurements of actual cycle time, bottle wall thickness distribution (typically via ultrasonic gauge), reject rate across a minimum 500-bottle run, and actual electrical power draw at operating conditions. Compare the live operating power figure against the rated maximum — a high-quality auto blowing machine will show a large gap between these two figures, indicating efficient process control.
Editor: PXY
