HGA.ES-2C130 Food Jars & Cans Blow Molding Machine

1,800 bph versus 1,000 bph — the right step-up for operations that have validated their jar format on the single-cavity machine and now need to scale throughput without changing pitch, body diameter, or neck specification. Existing format knowledge and tooling geometry transfer directly.

500 ml beyond the 1C130's 1,000 ml maximum — adding the 1-litre and 1.5-litre jar formats that represent the largest retail single-serve and family-size pack sizes for honey, edible oil, and large condiment jars. At 110 mm body diameter, a 1,500 ml jar is a noticeably large retail container.

The 60-position preform holder provides extended infrared dwell time for two simultaneous preform streams at 130 mm pitch. Both preforms advance together per cycle and receive identical zone-level heating profiles — the holder capacity ensures consistent through-wall temperature distribution at 1,800 bph cycle rate across both positions simultaneously.

A single 2-cavity machine at 1,800 bph requires less floor space, fewer operators, and less compressed air infrastructure than two single-cavity machines at combined equivalent output. The 3,000 kg machine weight fits standard factory floors without reinforcement in most cases, and a single utility connection covers both cavities simultaneously.

26–35 kg/cm² · 1,000–1,500 L/min · Oil-free mandatory for food-grade jar production

8–10 °C · 30 L/min · Dual-cavity mold cooling for consistent inter-cavity wall uniformity

7 kg/cm² · 600 L/min · Preform conveying and mold actuation across 2 cavities

✅

🍳

🔧

🏠

"We scaled from a single-cavity machine to the 2C130 when our honey jar volume outgrew 1,000 bph. The step was straightforward — same pitch, same neck finish, tooling geometry carried forward without redesign. 1,800 bph now meets our seasonal peak volumes without overtime. Inter-cavity consistency between both positions has been within specification since day one of production."

HGA.ES-2C130

"We produce 1-litre edible oil PET jars for export. The 1,500 ml maximum volume was the deciding factor — the 1C130 could not cover our largest format. The 2C130 at 1,800 bph matches our filling line rate exactly. Oil-free compressor requirement was clearly documented in the utility specification Ever-Power provided, so our infrastructure planning was straightforward."

HGA.ES-2C130

"We run chilli paste and condiment jars from 200 ml to 1,200 ml across four SKUs on the same machine. Tooling changeover between formats takes about 2 hours — acceptable for our production schedule. The 2-cavity format gives us the throughput per shift that the single-cavity machine could not. Jar clarity at the 98 mm neck has been consistently glass-competitive for our premium export clients."

HGA.ES-2C130

When should I choose the 2C130 over the 1C130?

Choose the 2C130 when your annual production target exceeds approximately 6–7 million units per year, when your largest jar format exceeds 1,000 ml, or when you have confirmed your jar geometry and no longer need the format-trial flexibility of single-cavity tooling. The HGA.ES-1C130 (1,000 bph) remains the better choice for format pilots, multi-format operations, and lower-volume specialty production.

Can I use the same tooling as the 1C130?

The 1C130 and 2C130 share the same 130 mm cavity pitch, so the container geometry, neck specification, and body diameter constraints are identical. However, 2-cavity tooling (injection mold + blow mold + neck insert) is a different physical set — two-cavity tooling cannot be shared with single-cavity tooling directly. The jar design and specification can transfer, but the tooling itself is purpose-made for each cavity count. Contact Ever-Power to discuss tooling compatibility for your specific jar format.

What high-pressure air infrastructure does the 2C130 require?

1,000–1,500 L/min at 26–35 kg/cm². The range reflects the container volume being produced — larger jars require higher sustained flow. An oil-free air compressor is mandatory for food-contact packaging production. Ever-Power provides a full utility specification document before purchase — obtain this before finalising compressor procurement.

When should I choose the 4C130 instead?

Choose the HGA.ES-4C130 (3,200 bph) when your production target exceeds 1,800 bph at 110 mm body and 130 mm pitch and you have committed to a specific jar format at high volume. The 4-cavity machine costs significantly more in machine and tooling but delivers 78% more throughput than the 2C130. For operations between these two outputs, the 2C130 running extended shifts is often the more flexible and cost-efficient choice.

What are the floor load and space requirements?

3,000 kg on a 3,600 x 1,870 mm footprint — approximately 435 kg/m² distributed load. Standard factory floors rated at 400 kg/m² or above typically accommodate this without reinforcement. Confirm with a structural engineer before installation. Allow lateral clearance for 2-cavity mold changeover and space for the bottle outlet conveyor and downstream sorting equipment sized for 1,800 bph output.

Request a Quote for HGA.ES-2C130

Send us your jar drawing with body diameter, neck diameter, height, volume, and required output per shift. Our ISBM application engineers confirm tooling feasibility and provide a machine and tooling quotation within 2 business days.