HGA.ES-6C114 Water Beverage Pesticide Chemical Bottle Blow Molding Machine

HGA.ES-6C114

6 Cavities · 114 mm Pitch · 94 mm Body · 5,400 bph

5,400 bph · 94 mm Body · 1,500 ml — National Scale, Wide-Body Format

The 6C114 delivers the highest wide-body output in the series — serving national-scale operations where 94 mm body and 88 mm neck are the bottle requirement and 4-cavity throughput is insufficient.

5,400 bph from six cavities at 94 mm body is the highest output available in this body diameter range across the series — 64% more than the 4C114 and 170% more than the 2C114.3. For operations that have exhausted 4-cavity capacity at this format and need to scale without adding a second machine, the 6C114 is the correct next configuration.

The 6C114 shares 114 mm pitch, 94 mm body ceiling, and 88 mm neck ceiling with the 2C114.3 and 4C114. Jar geometry, preform specification, neck finish, and closure tooling carry forward unchanged from either predecessor. New 6-cavity blow mold tooling sets are required — contact Ever-Power to discuss tooling transition from 2-cavity or 4-cavity to 6-cavity at this pitch. See all series models.

9,500 L/min at 35 kg/cm² is the highest high-pressure air requirement in the entire series — reflecting six simultaneous large-volume preforms (94 mm body, up to 1,500 ml) per blow cycle. This specification requires a dedicated, purpose-built compressed air installation. Obtain Ever-Power's utility specification document as the first step in your site planning process — do not begin site preparation without it.

At 6,500 kg on a 5,300 x 2,250 mm footprint, the 6C114 is among the heaviest installations in the series. Floor load at approximately 545 kg/m² exceeds standard factory floor ratings — a structural engineering survey is mandatory before site commitment. A dedicated factory bay with crane access for 6-cavity mold changeover, downstream conveyor space for 5,400 bph output, and advance procurement of long-lead utility equipment are all required.

Why does the 6C114 require 9,500 L/min high-pressure air — the highest in the series?

Six cavities simultaneously blowing containers up to 94 mm body and 1,500 ml volume requires the highest sustained air flow in the series. The combination of large preform volume (6 x up to 1,500 ml) and the 35 kg/cm² blow pressure sustained across all six positions simultaneously drives the 9,500 L/min requirement. This is nearly 60% higher than the 4C114's 5,000 L/min — dedicated compressor infrastructure with appropriate storage capacity is mandatory. Size the system from Ever-Power's utility specification document, not from general estimates.

Is one 6C114 better than two 4C114 machines for the same volume range?

Two 4C114 machines at 6,600 bph combined exceed the 6C114's 5,400 bph by 22% — but require two operators per shift, two utility connections, two control interfaces, structural clearance for two large machines, and two separate acceptance and maintenance schedules. For operations where 5,400 bph is sufficient, one 6C114 is simpler and more operationally efficient. For operations with a firm 6,600 bph requirement, two 4C114 machines remain the correct configuration.

What is the minimum site preparation timeline for the 6C114?

Based on customer experience, allow a minimum of 5–6 months for site preparation before the machine arrives — covering structural engineering survey and any floor reinforcement, compressor room construction and equipment procurement (9,500 L/min at 35 kg/cm² is long-lead industrial equipment), chiller system installation, electrical supply upgrade if needed, and downstream conveyor system for 5,400 bph output. Request Ever-Power's utility specification document immediately upon ordering to begin the site planning process.