HGA.FS-1CG150 Cosmetic & Daily Chemical Wide-Mouth Jar Blow Molding Machine

HGA.FS-1CG150

Single-Cavity Servo Blow Molding Machine  ·  Large Wide-Mouth Jar  ·  PET / PETG  ·  Max 130 mm Body  ·  CE + ISO 9001:2015

The HGA.FS-1CG150 is the next step up in the HGA.FS single-cavity wide-mouth jar series — the 150 mm pitch model covering large wide-mouth cosmetic jars, body butter tubs, large body care containers, and daily chemical canisters up to 130 mm body diameter, 118 mm neck diameter, and 2,000 ml volume. Single-cavity configuration provides full per-jar process control for the demanding blow ratio geometry of large wide-mouth formats.

At 130 mm body diameter and 118 mm neck diameter, the large wide-mouth jar geometry represents one of the most demanding blow ratio profiles in cosmetic packaging. The neck-to-body ratio is extremely high — the preform must distribute material from a very large neck starting geometry across a body only 12 mm wider at maximum. Single-cavity running gives the process engineer full control over every parameter affecting wall-thickness distribution at this demanding geometry without multi-cavity compromise.

The 118 mm maximum neck diameter is the widest in the FS series up to the 1CG150 — enabling jar formats with an opening wide enough for comfortable two-hand access, institutional scoop dispensing, and direct product application to the body. These are the premium body butter tub, luxury spa packaging, institutional hospitality, and professional salon bulk jar formats where the container opening is itself a product design decision rather than simply a closure specification.

At 2,000 ml maximum volume, the HGA.FS-1CG150 covers the large-format body care and daily chemical categories — premium body butter in large retail sizes, bulk institutional cosmetic packaging, large salon supply jars, and wide-neck household chemical canisters. This volume range is the upper end of the premium cosmetic packaging market and the lower range of institutional and bulk supply formats, covered by a single machine configuration.

Premium body butter and large cosmetic jar formats are increasingly specified in PETG for visual product presentation — the consumer can see the product colour, texture, and fill level through the jar wall. At 130 mm body diameter, maintaining PETG optical clarity across the jar sidewall requires precise preform temperature zone control and careful preform design. The zone-level infrared system on the FS-1CG150 provides the temperature precision PETG requires; single-cavity running eliminates cavity-to-cavity variation as a clarity variable.

Despite producing containers up to 2,000 ml in PET and PETG, the single-cavity FS-1CG150 requires moderate utility infrastructure — 500–800 L/min high-pressure air at 20–30 kg/cm², 20 L/min cooling water, and 20 KW maximum heating power. This is substantially lower than multi-cavity bottle machines of comparable container scale, making the FS-1CG150 accessible for dedicated large jar lines, small-batch specialty production, and facilities entering the large-format cosmetic jar market for the first time.

At 2,700 x 1,300 x 1,900 mm and 1,800 kg, the HGA.FS-1CG150 is compact relative to its large-format jar capability — slightly larger than the FS-1CG130 (2,500 x 1,200 x 1,800 mm) to accommodate the wider 150 mm pitch mold station, but still fitting in standard production bay configurations without requiring the overhead clearance of multi-cavity bottle machines at equivalent container scale.

Premium body butter tubs, large body scrub containers, and luxury body care packaging from 500 ml to 2,000 ml in PET and PETG. The 130 mm body diameter and 118 mm neck diameter cover the large wide-mouth tub formats used in premium body care retail — where the container size, opening width, and visual product presentation are all brand positioning elements. PETG for product-visibility through the jar wall; PET for standard body scrub economy formats.

Bulk salon hair mask jars, professional deep conditioning treatment tubs, and institutional hospitality body care packaging from 500 ml to 2,000 ml. Professional salon and hospitality channels consistently use larger, wider-mouth jar formats than consumer retail — the 118 mm neck diameter and 2,000 ml maximum volume position the HGA.FS-1CG150 directly in the professional channel large jar category. Premium hair care packaging for salon supply is a key application.

Wide-neck powder detergent canisters, large household cleaning product tubs, and bulk daily chemical refill containers from 800 ml to 2,000 ml in PET. The 118 mm neck diameter enables the wide opening required for scoop dispensing of powder and granule cleaning products — formats that are growing in the household chemical category as concentrated powders and tablets replace liquid products in sustainability-driven markets.

Specialty cosmetic packaging for artisan and luxury brands using large-format transparent PETG jars where product visibility, wide mouth access, and premium presentation at retail are all requirements. Single-cavity production at 500–700 pph suits artisan and specialty production volumes — where smaller batch sizes and higher per-unit quality standards justify the dedicated single-cavity configuration over high-volume multi-cavity alternatives.

Blowing pressure: 20–30 kg/cm² · Min. flow: 500–800 L/min · Oil-free type recommended for cosmetic jar packaging

Cooling water: 8–12 °C · Min. flow: 20 L/min · Consistent temperature critical for PETG clarity in large-format jars

Operating pressure: 7 kg/cm² · Flow: 300 L/min · For preform conveying, cooling air, and mold actuation

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"We produce large body butter tubs — 1,000 ml and 1,500 ml PETG formats with 118 mm neck diameter for a premium body care brand. The 150 mm pitch FS machine was the only model that covered both the body diameter and neck diameter we needed. Wall-thickness consistency and PETG clarity have met our quality specification consistently. The single-cavity configuration was specifically what our process engineer recommended for this jar geometry."

Machine: HGA.FS-1CG150

"We supply bulk salon hair mask jars — 800 ml and 2,000 ml PET formats for professional hair care brands in Korea and Japan. Wide neck for easy application and large volume for salon use were both non-negotiable. The FS-1CG150 at 118 mm neck diameter covered both. Dimensional consistency on the neck finish has been good. Support during commissioning was responsive."

Machine: HGA.FS-1CG150

"We produce wide-neck powder detergent canisters — 1,200 ml and 1,800 ml PET formats for a household chemical client. The 118 mm neck is required for the scoop closure format. The machine handles the canister geometry consistently at production rate. We noted that preform design advice from Ever-Power before ordering the mold was important — the wide-mouth geometry requires more preform design attention than standard bottles."

Machine: HGA.FS series

"We supply institutional hospitality body care packaging — large PETG body lotion tubs for hotel brands at 1,000 ml. Clarity and presentation are both client requirements. The FS-1CG150 delivers both. The compact footprint and low utility requirements fitted into our existing facility without any infrastructure changes. Commissioning was handled well and the machine has been running without issues since October 2023."

Machine: HGA.FS-1CG150

Q1: What is the difference between the FS-1CG150 and the FS-1CG130?

The FS-1CG150 has a 150 mm pitch versus 130 mm on the FS-1CG130, enabling a larger body diameter (130 mm vs 110 mm), larger neck diameter (118 mm vs 98 mm), greater maximum volume (2,000 ml vs 1,000 ml), and taller maximum container height (150 mm vs 130 mm). Both are single-cavity wide-mouth jar machines with the same servo-driven stretch blow process. Choose the 1CG150 when your jar body diameter exceeds 110 mm, neck diameter exceeds 98 mm, or volume exceeds 1,000 ml.

Q2: Why is single-cavity configuration especially important at this larger jar scale?

At 130 mm body diameter and 118 mm neck diameter, the jar geometry has a very high neck-to-body ratio — the body is only 12 mm wider at maximum than the neck. This means the material must distribute from a very large neck starting geometry across a body profile that changes very little in diameter — a demanding blow geometry where small variations in stretch rod timing or preform temperature translate directly into sidewall thickness inconsistency. Single-cavity running provides full process parameter control without multi-cavity compromise, which is the correct architecture for this demanding format.

Q3: Can the machine produce PETG large-format jars with optical clarity?

Yes, with careful preform design and infrared zone calibration for the specific PETG grade. At 130 mm body diameter, the blow ratio in the jar sidewall is relatively low compared to bottle formats — which is actually beneficial for PETG clarity, as lower blow ratios require less precision in preform temperature management to achieve consistent orientation. Contact Ever-Power with your PETG datasheet and jar drawing for a preform design recommendation and zone calibration parameters before ordering tooling.

Q4: What makes preform design particularly important for large wide-mouth jars?

Large wide-mouth jars at 118 mm neck diameter start from a preform with an extremely large neck finish — one of the largest in blow molding production. The preform body wall must be specified to distribute material consistently from this large-neck geometry across the jar sidewall and base. Incorrect wall distribution in the preform — too thin or too thick in specific zones — results in the jar sidewall being inconsistently thin or the base being over-thick. Ever-Power's technical team reviews or specifies the preform for your specific jar geometry before tooling is ordered. This step is strongly recommended for first-time large wide-mouth jar production.

Q5: What compressed air specification is required?

Low pressure: 7 kg/cm² at 300 L/min. High pressure: 20–30 kg/cm² at 500–800 L/min. An oil-free air compressor is recommended for cosmetic and body care jar packaging. The 500–800 L/min high-pressure requirement is slightly higher than the FS-1CG130 (300–500 L/min) to account for the larger container volume at 2,000 ml maximum.

Q6: What is the machine footprint?

2,700 mm (L) x 1,300 mm (W) x 1,900 mm (H), 1,800 kg. Slightly larger than the FS-1CG130 (2,500 x 1,200 x 1,800 mm, 1,500 kg) to accommodate the wider 150 mm pitch mold station. Both are compact relative to multi-cavity bottle machines at equivalent container scale. The FS-1CG150 fits in standard production bay configurations without requiring expanded infrastructure.

Q7: What certifications does the machine carry?

CE marking and ISO 9001:2015 are standard on all HGA series machines. CE Declaration of Conformity available for review before order. Factory acceptance test report on buyer-specified preform and jar format supplied at delivery. Additional documentation available on request for cosmetic, food-contact, or institutional packaging compliance requirements.

Q8: What after-sales support is available?

Remote technical support during business hours. Spare parts stocked with a 5-year minimum availability commitment. Engineers dispatched for on-site service for faults not resolvable remotely. Wear parts and consumables for all current HGA.FS series machines are held in inventory at Ever-Power's production facility. Preform design consultation for new jar formats is available at no charge when purchasing the machine and tooling together.

Same single-cavity wide-mouth jar configuration at 130 mm pitch for jars up to 110 mm body, 98 mm neck, and 1,000 ml — the step below the 1CG150 in the FS series.

View HGA.FS-1CG130 →

Same 150 mm pitch in 2-cavity configuration for standard tall bottle formats up to 130 mm body diameter and 2,500 ml — the bottle-format alternative to the FS-1CG150 jar machine at this pitch.

View HGA.ES-2C150 →

Browse the complete Ever-Power HGA cosmetic and daily chemical blow molding series — AS and ES multi-cavity bottle machines and the FS single-cavity wide-mouth jar series across all pitch configurations.

View Full Series →