Food Jars, Cans & Wide-Mouth Bottle Series Blow Molding Machines

Two-step automatic PET blow molding machines for wide-mouth food jars, condiment bottles & cans. 9 models, 1–4 cavities, 800 ml–15 L, neck up to 180 mm, 600–4,600 bph. CE certified. Get a quote.

Kategorie: Blow Molding Machine

PET / PP Blow Molding Expert · Full Series Guide

Daily Chemicals & Cosmetic Bottle Series
Blow Molding Machines — Complete Model Guide

23 models across the AS, ES, and FS series — two-step automatic PET / PETG / PP stretch blow molding machines for cosmetic, personal-care, and daily-chemical packaging. A performance-matched, cost-effective alternative to Sidel, Krones, SMI, and Sipa platforms.

► 2 – 6 Cavities
► 500 ml – 15,000 ml
► 600 – 7,200 bph
► PET / PETG / PP
► CE Certified

daily chemicals cosmetic bottle series blow molding machine full product lineup

1. Product Overview

The Daily Chemicals & Cosmetic Bottle Blow Molding Machine Series comprises 23 models organised into three sub-series — AS (high-precision servo, cosmetic-specialist), ES (energy-saving standard servo, broadest capacity range), and FS (multi-material PP/PET/PETG, specialty and baby-care). Together they cover every production scale and application from small-batch prestige cosmetic packaging to mass-market FMCG daily-chemical filling lines.

All models adopt internationally sourced servo motors, precision reducers, multi-zone NIR ovens, and a proprietary toggle-link servo-electric clamping mechanism. The elimination of hydraulic circuits across the full series reduces energy consumption by up to 35% versus equivalent pneumatic-cam competitors, and extends planned maintenance intervals beyond 2,000 operating hours. Our machines operate at facilities supplying leading household and beauty brands across global markets, validating commercial-grade output quality and sustained uptime reliability.

Applicable Industries

✓ Cosmetics & Skincare
✓ Hair Care & Body Wash
✓ Household Cleaning Products
✓ Laundry & Fabric Care
✓ Hand Sanitiser & Soap
✓ Baby Care & Infant Products
✓ Pharmaceutical Packaging
✓ Edible Oil & Condiments

2. Working Principle

All models in this series operate on the industry-standard two-step reheat stretch blow molding (RSBM) process. Pre-manufactured preforms are automatically fed, sorted, oriented, and conveyed through a multi-zone near-infrared (NIR) oven. Each zone is independently temperature-controlled to achieve the precise thermal profile required for the specific preform wall thickness and resin type (PET, PETG, or PP on FS-series models).

At the blow station, mechanical stretch rods extend axially — one per cavity — while low-pressure air at 7 kg/cm² initiates radial expansion. A precisely timed high-pressure blast (30–35 kg/cm² depending on model) forces the softened preform against the cooled mold wall, achieving biaxial molecular orientation that substantially improves tensile strength, optical clarity, CO₂ barrier, and chemical resistance of the finished bottle. The servo-electric drive architecture synchronises all motion axes with ±0.05 mm positioning accuracy per cycle.

Key structural components common to all series: servo-electric toggle-link clamping unit • per-cavity servo stretch rod • multi-zone NIR oven with neck-protection cooling • automatic preform sorter and orientation bowl feeder • Siemens/Mitsubishi PLC with HMI touchscreen and recipe storage • inline dimensional rejection system.

3. Core Advantages of the Full Series

⚡

Servo-Electric Drive — Up to 35% Energy Saving

Full-series servo-electric mold clamping eliminates hydraulic circuits, reducing electricity consumption per 1,000 bottles by up to 35% versus pneumatic-cam equivalents. Maintenance intervals extend beyond 2,000 hours with no hydraulic oil or seal changes required.

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Per-Cavity Precision Control

Independent servo stretch-rod positioning (±0.05 mm) and per-cavity NIR zone control across all models ensure dimensional consistency between cavities — holding bottle weight deviation within ±1% and neck diameter variation within ±0.2 mm across full production shifts.

🔧

Rapid Mold Changeover

Standardised mold-base dimensions across equivalent cavity-count models allow bottle format changes in under 30–35 minutes. On-board PLC recipe storage pre-sets all oven zones, stretch timing, and blow-air profiles — reducing operator setup error and changeover downtime.

📈

Scalable Capacity — 600 to 7,200 bph

The series spans from single-cavity 600 bph specialty machines to 6-cavity 7,200 bph industrial platforms, covering every production scale from R&D sampling and limited-edition cosmetic launches to full-scale FMCG daily-chemical output.

🛠

Multi-Material: PET / PETG / PP

ES-series models handle PET and PETG. FS-series models additionally process PP — enabling heat-resistant baby bottles, autoclavable pharmaceutical containers, and luxury PETG cosmetic jars on a single machine type with no hardware modifications.

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Complete Turnkey Supply Chain

We manufacture blow molds (aluminium, 3D CAD conformal cooling), preform injection molds (2316 steel / 420 SS), chillers, and oil-free air compressor packages from a single source — eliminating integration risk and reducing procurement lead time for international buyers.

PET PETG PP cosmetic daily chemical bottles produced by our blow molding machines — full range shampoo body wash household cleaner

4. Technical Specifications

▶ AS Series — High-Precision Cosmetic Specialist (2 & 4 Cavity)

Adopts AS-grade servo motors and precision reducers. Especially suited to high-difficulty special-shaped and asymmetric cosmetic bottles.

Parameter / Unit	AS-2C114.3	AS-4C76.2
Cavities	2	4
Max. Container Volume (ml)	1,000	500
Theoretical Output (bph)	2,000	4,000
Max. Neck Diameter (mm)	88	48
Max. Container Diameter (mm)	94	65
Max. Container Height (mm)	260	250
Clamping Stroke (mm)	122	100
Mold-Open Distance (mm)	302	280
Mold-Close Distance (mm)	180	180
Stretching Stroke (mm)	400	350
Base Mold-Open / Close (mm)	50 / 114.3	50 / 76.2
Preform Holder	48	96
Max. Heating Power (kW)	45	33
Normal Heating Power (kW)	20	17
Operating Pressure (kg/cm²)	7	7
Low-Pressure Air (L/min)	600	600
Blowing Pressure (kg/cm²)	35	35
High-Pressure Air (L/min)	1,600	4,000
Cooling Water Temp. (°C)	8 – 12	8 – 10
Cooling Water Flow (L/min)	30	40
Machine Size L×W×H (mm)	2660×1660×2150	3370×1850×2100
Machine Weight (kg)	2,600	4,000

▶ ES Series — Energy-Saving Standard Servo (2 / 3 / 4 / 6 Cavity, PET & PETG)

Widest model range — from compact 2-cavity to high-speed 6-cavity. Covers 500 ml to 15,000 ml. The workhorse series for daily-chemical and cosmetic mass production.

Parameter / Unit	ES-2C100	ES-2C114.3	ES-2C130	ES-2C150	ES-2C200	ES-2C260	ES-3C76	ES-3C114	ES-4C76	ES-4C100	ES-4C114	ES-4C114.3	ES-4C130	ES-4C150	ES-6C76	ES-6C114
Cavities	2	2	2	2	2	2	3	3	4	4	4	4	4	4	6	6
Max. Volume (ml)	500	1,000	1,500	2,500	5,000	15,000	700	1,500	700	800	1,300	1,000	1,500	2,500	700	1,500
Output (bph)	2,400	2,000	1,800	1,800	1,800	1,600	3,000	2,400	4,800	4,600	3,300	4,000	3,200	4,000	7,200	5,400
Max. Neck Dia. (mm)	68	88	98	110	138	168	18–38	40	48	68	88	88	98	110	38	68
Max. Container Dia. (mm)	80	94	110	130	180	240	68	95	68	80	94	94	110	130	68	94
Max. Container H (mm)	200	260	250	250	250	450	240	250/330	240	250	250/330	250/330	250	250	240	250/330
Clamping Stroke (mm)	110	132	160	190	215	275	100	133	100	128	132	132	148	165	100	128
Stretching Stroke (mm)	350	400	350	450	500	550	240	350/450	350	350	400	450	400	400	350	350/450
Preform Holder	60	60	60	60	50	42	72	74	96	92	100	100	92	86	130	96
Max. Heating Power (kW)	34	50	42.5	42.5	85	85	40	40	40	62.5	50	52	68	78	62.5	72
Normal Heating Power (kW)	8–12	16	8–13	18	35	35	18	18	18	21	25	23	30	32	26	32
Blowing Pressure (kg/cm²)	35	35	26–35	26–35	30	30	35	35	35	35	35	35	35	35	35	35
HP Air Consumption (L/min)	1,000–1,400	1,000	1,000–1,500	1,000–1,500	1,000–1,500	1,000–1,500	2,400	3,200	3,900	4,000	5,000	2,400	6,000	6,500	5,800	9,500
Cooling Water Flow (L/min)	30	30	30	30	91.4	50	30	30	30	30	40	40	40	60	40	40
Machine Size L×W×H (mm)	2900×1525×1930	3220×1660×2010	3600×1800×1980	3600×1800×1980	4300×2100×2500	5570×2090×2500	2850×1850×2180	3240×1800×2000	3290×1850×2260	4170×1930×2340	5120×2150×2350	5120×2150×2310	5450×2070×2320	6200×2150×2050	4690×2000×2000	5300×2150×2250
Machine Weight (kg)	2,000	3,000	3,000	3,000	4,500	7,500	3,500	4,000	3,500	4,000	5,500	5,500	6,500	8,000	5,500	6,500

▶ FS Series — Multi-Material PP / PET / PETG Specialist (1 & 2 Cavity)

Processes PP in addition to PET and PETG. Designed for baby bottles, pharmaceutical containers, specialty cosmetic jars, and institutional wide-mouth formats. GMP-compatible no-hand-contact production.

Parameter / Unit	FS-1CG130	FS-1CG150	FS-1CG196	FS-1CG220	FS-2CG220
Cavities	1	1	1	1	2
Material	PP/PET/PETG	PP/PET/PETG	PP/PET/PETG	PP/PET/PETG	PP/PET/PETG
Max. Container Volume (ml)	1,500	1,500	5,000	5,000	5,000
Output (bph)	700	700	600	600	1,000
Max. Neck Diameter (mm)	68	98	110	138	168
Max. Container Dia. (mm)	110	110	170	190	190
Max. Container Height (mm)	250	250	330	330	330
Clamping Stroke (mm)	150	200	225	225	225
Mold-Open Distance (mm)	330	430	509	509	509
Stretching Stroke (mm)	350	400	450	500	500
Base Mold-Close (mm)	130	150	196	220	220
Preform Holder	50	42	40	40	58
Max. Heating Power (kW)	16	12	24	36	72
Normal Heating Power (kW)	10	10	12	14	30
Blowing Pressure (kg/cm²)	35	35	30	30	30
HP Air Consumption (L/min)	1,200	1,200	3,500	3,500	5,800
Cooling Water Flow (L/min)	30	30	30	30	80
Machine Size L×W×H (mm)	3160×1500×1800	3100×1450×1800	3510×1830×2000	4200×2070×2000	4200×2300×2000
Machine Weight (kg)	2,000	2,500	2,800	3,200	4,500

⚡ Compressed Air Requirement (all models): All machines require low-pressure air at 7 kg/cm² for control functions and high-pressure air (30–35 kg/cm² depending on model) for bottle blowing. For cosmetic, personal-care, baby-care, and pharmaceutical packaging, an oil-free compressor is mandatory to prevent contamination of bottle interiors. Read our technical guide: Why PET stretch blow molding demands 40-bar oil-free water-lubricated compressors — we also supply matched oil-free compressor packages as part of a complete turnkey solution.

blow molding machine production workshop — blow molding machine assembly and quality control

5. Structure & Material Engineering

🛠 Machine Frame

Heavy-gauge welded steel frame, stress-relieved and CNC-machined at all guide-rail and bearing surfaces. Anti-vibration levelling feet isolate the machine from floor-transmitted resonance, protecting dimensional repeatability across extended high-speed runs.

⚙ Servo-Electric Clamping

Toggle-link servo-electric clamping delivers 4× mechanical advantage at full lock. No hydraulic fluid — zero contamination risk and maintenance intervals extended beyond 2,000 hours with no oil changes or seal replacements required.

🌡 NIR Heating Oven

Near-infrared quartz-lamp array with independently controlled zones and reflective inner walls for uniform circumferential heat distribution. Separate neck-protection cooling channel maintains closure-geometry dimensional stability. FS-series ovens carry stored PP, PET, and PETG recipes as standard.

🔓 Mold Materials

Blow mold cavities machined from high-strength aluminium alloy with 3D CAD conformal cooling channels. Preform injection molds use imported 2316 mold steel (cavity cores) and 420 stainless (cavity plates) for superior rust resistance. All cavity surfaces CNC-finished to ±0.02 mm.

📱 PLC & Control System

Siemens or Mitsubishi PLC with colour HMI touchscreen. Up to 50 bottle recipes stored on-board. Remote diagnostics-ready via Ethernet. Alarm log, production counter, and shift output display standard on all models.

📈 Inline Quality System

Dimensional and weight non-conforming bottles are auto-rejected before the downstream conveyor. Optional camera-based inspection systems available for neck-finish and body-deformation detection on high-speed ES-4 and ES-6 models.

6. Typical Application Scenarios by Series

AS Series — Prestige & Special-Shaped Cosmetics

The AS-series servo-precision clamping and stretch mechanism is specifically tuned for high-difficulty special-shaped, asymmetric, and waisted cosmetic bottle profiles that challenge standard ES-series machines. Typical applications: limited-edition skincare bottles, waisted perfume-style containers, premium lotion dispensers with non-circular cross-sections, and export-market cosmetic OEM runs where dimensional consistency and surface finish are primary quality criteria.

ES-2C Series — Mid-Volume Cosmetic & Daily Chemical

From 500 ml shampoo samples (ES-2C100) to 15-litre industrial cleaning containers (ES-2C260), the 2-cavity ES series covers the full daily-chemical volume range at modest CapEx. Best suited to: medium-volume cosmetic contract packaging, multi-SKU personal-care OEM operations, laundry and fabric-care family-size packs, and professional salon bulk containers where output of 1,600–2,400 bph is commercially appropriate.

ES-3C Series — Mid-Speed Narrow & Wide Neck

The 3-cavity ES-3C76 handles the narrowest neck finishes in the series (18–38 mm) for fine-mist spray, serum, and toner bottles at 3,000 bph, while the ES-3C114 produces pump-top shampoo and conditioner formats at 2,400 bph. Both deliver 33% higher throughput than equivalent 2-cavity machines without committing to 4-cavity investment — the ideal upgrade path for growing cosmetic OEM businesses.

ES-4C Series — High-Volume FMCG Daily Chemical

Six 4-cavity models (ES-4C76 through ES-4C150) cover 700 ml to 2,500 ml at 3,200–4,800 bph, making this the primary workhorse series for mass-market shampoo, body wash, household cleaner, fabric softener, and laundry liquid production. The ES-4C76 at 4,800 bph is the highest-throughput model in the 76 mm pitch class; the ES-4C150 at 4,000 bph on 2.5-litre containers produces 10,000 litres of packaged volume per hour.

ES-6C Series — Industrial-Scale FMCG Lines

The ES-6C76 (7,200 bph) and ES-6C114 (5,400 bph) are designed for multinational FMCG brand owners and large-scale contract packagers where a single machine must feed two parallel filling lines. Six-cavity per-cavity servo control and independent NIR zone adjustment ensure dimensional consistency across all six positions, maintaining quality standards at throughput levels previously achievable only by linear-carousel blow molders costing several times the price.

FS Series — PP Specialty, Baby Care & Pharma

The FS series uniquely processes PP alongside PET and PETG. Applications: heat-resistant PP baby bottles (FS-1CG130), premium wide-mouth cosmetic jars (FS-1CG150), large PP nutritional drums and specialty industrial containers (FS-1CG196, FS-1CG220), and mid-volume institutional cosmetic and pharmaceutical container production (FS-2CG220 at 1,000 bph). All models feature no-hand-contact production compatible with GMP pharmaceutical and food-contact regulatory requirements.

7. Our Machines vs. European Brand Platforms — Objective Comparison

Disclaimer: The brand names Sidel, Krones, SMI, and Sipa are referenced solely to assist buyers in comparing technical specifications and making informed sourcing decisions. We are an independent manufacturer with no affiliation with or endorsement from any of these brands. We do not manufacture or sell their products. This comparison does not constitute intellectual property infringement of any kind.

Comparison Item	Sidel SBO Series	Krones Contiform S	SMI Smiflexi	Sipa SFR EVO	Our Series
Manufacturing Origin	France	Germany	Italy	Italy	Asia
Cavity Range Available	1 – 30+	1 – 30+	1 – 12	1 – 16	1 – 6 (this series)
Approx. Entry CapEx (2-cav.)	USD 180K – 280K	USD 160K – 260K	USD 120K – 200K	USD 130K – 210K	Directly from manufacturer — significantly lower
Servo Drive (standard)	Yes	Yes	Yes	Yes	Yes — all models
PP Material Processing	Selected models	Selected models	Selected models	Selected models	FS series — standard
Spare Parts Lead Time	4 – 12 weeks	4 – 10 weeks	4 – 10 weeks	4 – 10 weeks	3 – 7 days (CN stock)
After-Sales Service Model	Regional agents	Regional agents	Regional agents	Regional agents	Direct from manufacturer + remote video
Mold Supply Source	Own / third-party	Own / third-party	Own / third-party	Own / third-party	In-house mold workshop
Compressor Supply	Third-party only	Third-party only	Third-party only	Third-party only	Oil-free package available
CE Certification	Yes	Yes	Yes	Yes	Yes
Brand Track Record	Global FMCG tier-1	Global FMCG tier-1	Europe / LatAm	Europe / Asia	Leading household & beauty brands globally

CapEx figures are indicative market estimates and vary by configuration and region. Our pricing is provided by confirmed factory quotation only.

8. Series Selection Guide — Which Model Is Right for You?

Your Requirement	Recommended Series / Model Range
Special-shaped, asymmetric, or high-difficulty cosmetic bottles	AS Series (AS-2C114.3 / AS-4C76.2)
Up to 500 ml, compact footprint, low CapEx entry	ES-2C100
1 – 1.5 L daily-chemical or shampoo, mid-volume	ES-2C114.3 / ES-2C130 / ES-3C114
2 – 5 L household cleaner, edible oil, or bulk cosmetic	ES-2C150 / ES-2C200 / ES-4C150
5 – 15 L industrial or institutional containers	ES-2C260
Narrow-neck spray / toner / serum (18 – 38 mm neck)	ES-3C76
High-speed mass-market shampoo / body wash, 4,000 – 4,800 bph	ES-4C76 / ES-4C100 / ES-4C114.3
1.3 – 2.5 L high-volume FMCG, 3,200 – 4,000 bph	ES-4C114 / ES-4C130 / ES-4C150
Industrial-scale FMCG, 5,400 – 7,200 bph	ES-6C76 / ES-6C114
PP baby bottles, pharmaceutical, or specialty containers	FS-1CG130 / FS-1CG150
Large PP specialty containers (5 L, wide-mouth, GMP)	FS-1CG196 / FS-1CG220 / FS-2CG220
R&D, sampling, or short-run specialty cosmetic production	FS-1CG130 (single cavity, lowest CapEx)

blow molding machine customer site installation cosmetic packaging factory

9. Frequently Asked Questions

Q1: What is the difference between the AS series and the ES series?

The AS series uses higher-grade servo motors and precision reducers specifically selected for cosmetic-grade dimensional accuracy on high-difficulty special-shaped bottle profiles. The ES series uses standard servo-electric drives appropriate for the full range of daily-chemical and cosmetic applications. Both series are fully automatic two-step stretch blow molders; the AS series carries a modest price premium over equivalent ES-cavity-count models.

Q2: Can ES-series machines process PETG as well as standard PET?

Yes. PETG requires lower oven temperatures and slightly adjusted blow timing relative to PET. ES-series ovens and PLC systems accommodate PETG without hardware modification. Request PETG-optimised oven reflector configuration at the order stage for best performance on high-clarity luxury cosmetic containers.

Q3: What compressed air system is required?

All models require low-pressure air at 7 kg/cm² for control functions and high-pressure air at 30–35 kg/cm² for bottle blowing. For cosmetic, personal-care, baby-care, and pharmaceutical packaging, an oil-free high-pressure compressor is mandatory to prevent oil contamination inside bottles. We supply matched oil-free compressor packages as part of the complete turnkey solution.

Q4: Can mold bases be shared between models in the same cavity class?

Yes. Within the same cavity count and pitch designation, mold bases are standardised across adjacent models. For example, ES-4C76 and ES-4C100 mold blocks share compatible bases within the same 4-cavity platform. This reduces total tooling inventory in multi-machine facilities and allows mold capital to be reused when upgrading to a higher-output model.

Q5: What certifications do your machines carry?

All machines are CE-marked and hold multiple Chinese national utility model patents. ECM verification certificates for electrical components are available. Country-specific certifications (UL, EAC, INMETRO, etc.) can be supported subject to additional testing requirements at the buyer’s request.

Q6: How long does blow mold fabrication take?

Standard blow molds for confirmed 3D bottle designs are delivered in 25–35 working days from drawing approval. Complex asymmetric or textured profiles may require 35–45 days. Preform injection molds take 35–50 days. Rush delivery options are available; discuss at order stage.

Q7: What is the machine production and delivery lead time?

Standard machines are produced within 45–60 working days from deposit receipt. Custom configurations may require an additional 10–15 days. Factory acceptance testing (FAT) is conducted before shipment; buyers are welcome to attend on-site or receive video documentation.

Q8: Do you provide on-site commissioning and operator training?

Yes. Our engineers are dispatched globally for on-site installation and commissioning, which typically takes 3–5 working days per machine with utilities pre-prepared. Basic operator and maintenance training is included. Extended on-site training programmes and remote video training sessions in English are available for an additional fee.

Q9: What warranty applies?

All models carry a 12-month warranty from commissioning date covering manufacturing defects in mechanical and electrical components. Consumable items (NIR lamps, seals, filters, and wear parts) are excluded. Extended warranty packages are available. Spare parts for all current models are stocked locally with typical international dispatch of 3–7 days.

Q10: Can you supply a complete turnkey packaging line?

We directly supply blow molding machines, blow molds, preform injection molds, industrial chillers, and oil-free high-pressure compressor packages. For downstream filling, capping, labelling, and cartoning equipment, we work with qualified integration partners and can provide line-speed matching calculations and integration layout assistance on request.

Looking for a one-step alternative or a specific injection stretch blow molding machine configuration for pharmaceutical or specialty applications?

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10. Work with a Specialist Manufacturer

With over two decades of dedicated experience, we supply automatic PET blow molding machines to cosmetic, personal-care, and daily-chemical producers across more than 20 countries. Our production facility operates dedicated CNC machining, mold fabrication, machine assembly, and quality-control departments. Our engineers are available globally for installation, commissioning, and after-sales support.

Whether you are specifying your first cosmetic bottle blow molder, upgrading from a 2-cavity to a 4-cavity platform, replacing an ageing Sidel, Krones, SMI, or Sipa machine, or sourcing a PP-capable specialist for baby-care or pharmaceutical packaging, our technical sales team will provide a no-obligation specification review, delivered-cost comparison, and sample bottle evaluation within 48 hours of enquiry.

Ready to Select Your Blow Molding Machine?

Send us your bottle drawing or sample, target daily output, material specification, and preferred closure type — our engineering team will recommend the optimal model from the 23-machine series and issue a direct quotation.

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