EP-HGA.ES-2C200 Daily Chemicals & Cosmetic Bottle Blow Molding Machine

The 200 mm mold pitch is the widest in the two-cavity daily chemical IBM series, enabling body diameters up to 180 mm. This directly supports the large-diameter round and oval bottle profiles used in 2-litre household detergent, 2.5-litre fabric softener, and institutional cleaning concentrate packaging — formats that smaller-pitch machines physically cannot produce without mold interference at the blow station.

With 500 mm of axial stretching travel — the longest stroke in its size class — this bottle blow molding machine handles container heights up to 350 mm without compromising wall distribution at the base or shoulder. Large-format pump-top dispenser bottles and tall pouring containers with ergonomic grip profiles that shorter-stroke machines produce with thin base walls are within reliable production range on this platform.

Forming 2,500 ml containers requires substantially more blowing air than smaller bottle formats. The ES-2C200 addresses this with a high-pressure air consumption capacity of 6,000 ltr/min at 26–35 kg/cm² — a specification that ensures complete cavity fill on wide-body containers without blowing pressure drop mid-cycle, which would produce wall thickness variation that narrows the structural safety margin of finished containers.

A maximum neck diameter of 138 mm accommodates the wide-mouth finish formats used on large daily chemical containers — a meaningful specification for manufacturers producing bulk containers with wide-mouth fill access or institutional containers with large-bore dispensing systems. This neck range is not achievable on smaller-pitch IBM platforms, making the ES-2C200 the appropriate choice when the container specification calls for a wide-mouth design.

International-brand servo motors and precision reducers govern every mechanical axis on this fully automatic blow moulding machine. On a large-format machine where mechanical forces are proportionally greater than on smaller IBM platforms, servo control is particularly important for maintaining consistent clamp force and stretching speed across the complete working stroke without the creep and position variation that degrades cycle repeatability in hydraulically actuated systems.

This plastic blow molding machine is specifically designed to handle cosmetic and daily chemical containers with challenging geometries — recessed hand grips, oval cross-sections, asymmetric shoulder profiles, and embossed decorative wall panels — on large-format containers where geometric complexity is harder to achieve consistently than on smaller, simpler round bottles. The combination of adjustable blowing pressure and long stretching stroke provides the operational range required for these designs.

• The die lip is built as a two-component assembly that keeps the preform axis consistently aligned with the forming station throughout each injection cycle, preventing the coaxiality errors that cause asymmetric wall distribution during blowing.
• Cooling water channels are laid out to maximise heat transfer rate across the entire preform surface, allowing faster cycle times without sacrificing the preform temperature uniformity that determines wall distribution quality in the blow station.
• All forming components are manufactured from imported 2316 die steel with full heat treatment — a material selection that provides corrosion resistance and dimensional stability across the thermal cycling of long production runs.
• Core plates, cavity plates, and load-bearing structural parts are built from 420 stainless steel, providing durable chemical and corrosion resistance in the injection station environment.
• Maintenance access is straightforward — modular construction keeps scheduled service within planned downtime budgets without specialist tools.
• Standardised interchangeable die fittings reduce the complexity of maintaining spare parts inventory across multiple mold configurations on the same machine.
• Each mold set can accommodate more than one preform profile, providing tooling flexibility that reduces total tooling investment for manufacturers running diverse container specifications.

• Cavity bodies are produced from premium-grade tool steel with hardness and dimensional stability specified for the repeated thermal stress of continuous IBM production on large-format containers.
• All bottle cavity profiles are generated from advanced 3D design software, ensuring accurate geometry on both standard round formats and complex asymmetric daily chemical bottle shapes.
• A wide range of established bottle designs is available, and custom cavity development is supported for manufacturers with proprietary container geometries or brand-specific profiles.
• Internal water cooling channels are routed for balanced heat extraction across the complete cavity surface, preventing localised hot spots that cause thin walls or surface defects on large-body containers.
• Every structural metal component is machined on CNC equipment, ensuring the dimensional tolerances required for consistent cavity-to-cavity performance on both blow positions across multi-shift production.

If your primary bottle range exceeds 1,500 ml or requires body diameters above 130 mm, the 200 mm pitch and 180 mm max diameter of this machine become the relevant platform. Containers below 1,000 ml are typically better produced on a 100 mm or 130 mm pitch machine where the smaller pitch provides tighter cavity spacing that improves machine cycle efficiency at smaller preform sizes.

At 1,800 bph, the ES-2C200 running two 8-hour shifts produces approximately 8–9 million large-format bottles per year at 90% uptime. For manufacturers whose annual large-format container requirement is below 6 million units, production scheduling across fewer shifts may be preferable to running the machine near-empty. Above 16 million units, a four-cavity platform should be evaluated.

The ES-2C200 requires a high-pressure blowing circuit consuming 6,000 ltr/min at 26–35 kg/cm² — a significantly larger air demand than smaller IBM machines. Verify that your compressor capacity covers this peak demand before ordering. Cooling water at 8–12°C and 30 ltr/min, and a stable 7 kg/cm² low-pressure operational circuit are also required.

At 4,300 × 2,100 × 2,500 mm and 4,500 kg, the ES-2C200 requires a dedicated floor area larger than smaller IBM models. Confirm that your factory's floor load rating accommodates 4,500 kg concentrated load and that ceiling height clears 2,500 mm before planning the installation layout. Most standard industrial facilities in Colombia and Latin American manufacturing zones accommodate these dimensions without structural modifications.

Two-litre and 2.5-litre liquid laundry detergent bottles represent the highest-volume large-format SKU in household goods retail across Colombia, Mexico, and the Andean region. Wide body profiles and large-bore dosing caps require the 180 mm container diameter and 138 mm neck capability that the ES-2C200's 200 mm pitch specifically enables. The 350 mm container height accommodates the tall ergonomic dispenser designs increasingly used on premium detergent formats.

Bulk cleaning concentrate products supplied to hotels, hospitals, and commercial cleaning operations in South America are commonly packaged in 2-litre containers with wide-mouth closures for dilution measuring. The 138 mm neck diameter range on this machine supports the wide-mouth fill access and large pour-spout systems used on institutional daily chemical containers — a packaging format increasingly specified by corporate procurement in major Colombian cities.

Family-size fabric softener in 2–2.5-litre oval or round containers with pump-top dispensers requires the container body diameter and height envelope that only a 200 mm pitch machine provides in the two-cavity IBM category. The adjustable blowing pressure range allows wall thickness tuning for the softener container's typical requirement for a slightly thicker base wall to support the pump mechanism weight without deformation on retail shelving.

Floor cleaner, bathroom disinfectant, and kitchen surface spray concentrate products are packaged in containers that require chemical resistance and structural integrity for the harsh cleaning agents they contain. HDPE and PP resins compatible with this auto blowing machine platform provide adequate chemical resistance for the majority of household and light-industrial cleaning formulations in these container sizes.

Refill packaging in 1.5–2.5-litre formats for premium body wash and shower gel is a growing segment in Colombian personal care retail, driven by sustainability positioning and unit cost economics. These refill containers frequently use wide-body profiles and large-bore pour spouts that the ES-2C200 can produce in transparent PETG for clarity or opaque PP for budget-tier personal care refill packs.

The ES-2C200 requires 6,000 ltr/min of high-pressure blowing air — a substantially higher demand than smaller IBM machines. Our matched oil-free compressor systems are sized to this air consumption requirement with sufficient reserve capacity for pressure stability during peak blowing cycles. Oil-free operation is mandatory to prevent contamination of PET and PETG bottle surfaces.

On a large-cavity machine producing 2,500 ml containers, mold temperature stability has a proportionally greater effect on container wall uniformity than on smaller bottle production. A temperature controller keeps both injection and blow mold surfaces within a tight operating band, reducing reject rates and stabilising cycle times during extended production shifts across diverse daily chemical bottle SKUs.

At 1,800 bph on 2.5-litre containers, the container value per unit is higher than on smaller formats — making automated downstream inspection a stronger economic case. A visual inspection system catches dimensional deviations, wall defects, and neck irregularities before filling, protecting both the product fill and the brand reputation of daily chemical clients who supply regulated retail channels in Colombia and export markets.

Cooling water at 8–12°C and 30 ltr/min is required for stable mold performance on this machine. In humid tropical climates across Colombia's major manufacturing zones — Bogotá, Medellín, Barranquilla, and Cali — an industrial chiller is the only practical way to maintain supply water within the 8–12°C specification year-round. Our matched chiller units are pre-configured for the ES-2C200 cooling circuit flow rate.