EPA.ES-2C260 Fully Automatic Blow Molding Machine for Crafts and Special-Shaped Bottles

The EPA.ES-2C260 Fully Automatic Blow Molding Machine for Crafts and Special-Shaped Bottles is a professional-grade PET bottle blow molding machine engineered for the production of multi-shape, multi-material containers. It efficiently produces baby feeding bottles, PP bottles, and premium special-shaped craft bottles across diverse specifications. This series of automatic blow molding machine equipment spans models including EPA.FS-1CG130, EPA.FS-1CG220, and multi-station variants, accommodating container volumes from 1,000 ml to 15,000 ml with a peak theoretical output of 2,800 bottles per hour on the EPA.JS-4C114 model. Blowing pressure is consistently maintained at 30 to 35 kg/cm², while the precision cooling system holds temperature between 8 and 12°C, resulting in uniform wall thickness and a flawless surface finish that meets the most demanding quality standards.

With its stable servo-driven performance and superior product consistency, the EPA.ES-2C260 plastic blow molding machine excels across a wide range of applications: infant care products such as feeding bottles, high-transparency daily-use packaging, pharmaceutical containers, and artisan craft bottles with complex geometries. It is particularly valued in industries where precision and aesthetics converge, including premium cosmetic packaging, specialty gifts, and food-grade containers requiring both structural integrity and visual elegance. As a trusted choice among blow molding machine manufacturers, Mexico Ever-Power delivers a machine that balances industrial reliability with the flexibility demanded by modern special-shaped bottle production lines.

Technical Parameter

Crafts and Special-Shaped Bottle Blow Molding Machine
Model		Unit	EPA.ES-2C260
Molding	Clamping stroke	mm	275
	Mold-open distance	mm	635
	Mold-close distance	mm	360
	Stretching stroke	mm	550
	Mold-open distance	mm	50
	Mold-close distance	mm	260
	Preform Holder		42
	Cavities		2
Container	Max.Container Volume	ml	15000
	Neck Diameter Range	mm	168
	Max.Container Diameter	mm	240
	Max.Container Height	mm	450
	Theoretical Output	bph	900
Electrical System	Max.Heating Power	kw	68
	Heating Power	kw	35
Air System	Operating Pressure	kg/cm²	7
	Low Pressure Air Consumption	ltr/min	1200
	Blowing Pressure	kg/cm²	35
	High Pressure Air Consumption	ltr/min	16000
Cooling water	Operating Pressure	kg/cm²	5-6
	Temperature	°C	8-10
	Flow rate	ltr/min	50
Machine	Size (L*W*H)	mm	5570*2090*2500
	Weight	kg	7500

Advantages of EPA.ES-2C260 Fully Automatic Blow Molding Machine

1. Extensive Adaptability for Multi-Type Preform Production
The EPA.ES-2C260 series supports production of a wide spectrum of containers including baby feeding bottles, PP bottles, craft bottles, and complex special-shaped bottles. Container volumes span from 1,000 ml to 15,000 ml, with maximum body diameters up to 240 mm and container heights up to 450 mm. Models such as EPA.FS-1CG196 and EPA.P.FS-2C150(L) further accommodate varied bottle heights and neck finish requirements, making this baby bottle blow molding machine and PP bottle blow molding machine series exceptionally versatile for high-consistency manufacturing of demanding geometries and feeding bottle applications across diverse markets worldwide.

2. High Efficiency and Energy Savings
The EPA.ES-2C260 operates with a heating power of 35 kW (max 68 kW), with blowing pressure stabilized at 35 kg/cm² for consistent bottle formation. High-pressure and low-pressure air consumption are precisely tunable, delivering measurable energy savings over older hydraulic-driven designs. The cooling water system maintains a precise 8 to 10°C with a 50 ltr/min flow rate, ensuring uniform preform cooling, reducing thermal deformation, and maximizing yield. This automatic PET blow molding machine delivers fully automated precision control with minimal energy waste throughout the production cycle, lowering operating costs significantly.

3. Stable Operation and Flexible Production Adaptability
Built with international-brand servo motors, reducers, and control components, the EPA.ES-2C260 industrial blow molding machine achieves remarkably low failure rates and straightforward maintenance routines. The 635 mm maximum mold-open distance and balanced clamping force allow quick mold changes between bottle types, enabling flexible multi-product production on a single machine. At 7,500 kg and dimensions of 5,570 x 2,090 x 2,500 mm, the compact and robust footprint integrates smoothly into standard workshop layouts, making it a practical choice for expanding bottle manufacturers needing versatility without sacrificing floor space efficiency.

4. Excellent Output Quality
Capable of steadily processing both PP and PET materials, the machine consistently produces bottles with precisely dimensioned neck finishes, uniform wall thickness across the full container height, and exceptional surface transparency. Every bottle fully complies with the stringent standards required for infant care products, pharmaceutical packaging, and premium craft containers. This PET bottle blow molding machine is particularly suited for feeding bottles, creative craft vessels, and intricate special-shaped containers where both functional integrity and aesthetic excellence are non-negotiable requirements in high-end consumer and professional markets.

5. Fully Automatic Operation
The EPA.ES-2C260 is a fully automatic blow molding machine that eliminates manual intervention throughout the blow-molding cycle. Automated preform loading, infrared heating, stretch-blow actuation, cooling, and bottle ejection all operate sequentially under PLC control with servo-driven precision. This not only reduces labor costs and human error but also achieves stable cycle-to-cycle repeatability at 900 bottles per hour. Operators monitor and adjust all parameters through an intuitive touchscreen interface, making this high speed blow molding machine accessible even for facilities with limited technical staffing resources.

6. Broad Application Range
The EPA.ES-2C260 custom blow molding machine serves an exceptionally wide range of industries and container types. From infant feeding bottles and pediatric pharmaceutical containers to premium decorative craft vessels, gift packaging, and large-capacity household products, this machine adapts to diverse production requirements with minimal tooling changeover time. Its compatibility with PET, PP, PC, and other engineered resins, combined with its 2-cavity layout and 15,000 ml maximum volume, positions it as a genuinely versatile bottle blow molding machine for manufacturers targeting both high-volume commodity markets and niche specialty packaging segments.

How Does the EPA.ES-2C260 PET Blow Molding Machine Work

Applications of Plastic Blow Molding Machine

Our precision automatic blow molding machines are engineered for manufacturers who demand both structural performance and visual perfection across diverse packaging categories.

1. Infant and Baby Care Products
The baby bottle blow molding machine configuration excels at producing FDA-grade, BPA-free feeding bottles in PP, PC, PPSU, and Tritan materials. These bottles require flawless neck finish tolerances, crystal clarity, and zero surface contamination. The EPA.ES-2C260 delivers all of these requirements with its precision servo control and clean production environment, serving major infant care brands worldwide with consistent quality across every production run.

2. Pharmaceutical and Medical Packaging
Medical-grade PP and PET containers require the highest dimensional consistency, chemical inertness, and sterility compatibility. The machine's closed-loop cooling and blowing pressure control ensure every bottle meets GMP-aligned specifications. It is widely used for syrup bottles, eye-drop containers, supplement jars, and pharmaceutical packaging where consistency across large production batches is critical for both patient safety and regulatory compliance.

3. Premium Craft and Decorative Bottles
For gift packaging, artisanal products, and specialty retail containers, the EPA.ES-2C260's 240 mm maximum body diameter and 450 mm container height enable production of striking large-format craft bottles with complex geometries. The biaxial stretch process gives these containers an exceptional glass-like clarity that elevates brand perception and shelf appeal in premium retail environments and specialty gifting markets globally.

4. Cosmetics and Personal Care
Premium lotion bottles, serum containers, shampoo vessels, and specialty pump-top bottles all benefit from the EPA.ES-2C260's ability to produce consistently shaped, smooth-surfaced PET and PETG containers. The machine's plastic blow molding machine precision makes it especially suitable for cosmetic brands requiring consistent color, optical properties, and surface finish across large production runs serving high-end retail channels worldwide.

5. Food-Grade Wide-Mouth Containers
Wide-mouth jars, condiment containers, and specialty food packaging all fall within the EPA.ES-2C260's production envelope. With a neck diameter range of up to 168 mm, the machine handles large-opening containers for honey, sauces, dry goods, and confectionery. All food-contact surfaces comply with relevant food-safety material standards, making it a trusted choice among food industry blow molding machine suppliers serving demanding global retailer requirements.

6. Household Chemicals and Daily Essentials
Detergent bottles, disinfectant containers, and multi-purpose household cleaning product packaging require chemical resistance and structural robustness. The EPA.ES-2C260 produces these containers in PET and PP with excellent wall uniformity, making them resistant to deformation under internal pressure and storage conditions common in household chemical supply chains serving major global retail and e-commerce distribution networks.

7. Industrial and Agricultural Chemical Bottles
Large-capacity agricultural pesticide bottles, chemical reagent containers, and industrial lubricant packaging demand high wall thickness uniformity and material integrity. The EPA.ES-2C260's 15,000 ml maximum volume and 35 kg/cm² blowing pressure make it capable of producing thick-walled, robust containers that withstand the demanding storage and transport conditions of industrial distribution channels across diverse regional markets.

8. Custom Specialty Containers
As a custom blow molding machine platform, the EPA.ES-2C260 supports rapid mold changeovers for contract packaging manufacturers producing diverse product lines for multiple clients. Its flexible 42-position preform holder and wide neck diameter accommodation allow the same machine to switch between dramatically different bottle geometries, making it ideal for toll blowing operations serving the specialty packaging market across multiple industries simultaneously.

EPA.ES-2C260 Craft Bottle Blow Molding Machine Parts

Raw Materials for EPA.ES-2C260 Plastic Blow Molding Machine

EPA.ES-2C260 Craft Bottle Blow Molding Machine Mould

Injection Stretch Blow Molding vs Extrusion Blow Molding

Blow molding is an essential process in plastic manufacturing, widely used for producing bottles, containers, and industrial components. Among the different types of blow molding machine, extrusion blow molding and injection stretch blow molding stand out for their distinct efficiencies and application strengths. Choosing the right method depends on product requirements, material usage, cost considerations, and production scalability objectives.

EBM vs. ISBM: Which One Is Right for You?

For manufacturers targeting premium consumer packaging, pharmaceutical containers, or specialized craft bottles with high optical clarity requirements, the ISBM process delivered by the EPA.ES-2C260 automatic blow molding machine consistently outperforms EBM in quality, precision, and final product aesthetics at scale.

Proper Machine Maintenance

1. Daily Inspection Routine
Each production shift should begin with a systematic visual inspection of all pneumatic connections, checking for air leaks at fittings and hose joints that could compromise blowing pressure stability. Verify cooling water inlet and outlet temperatures, confirm flow rate indicators, and inspect preform feeding system components including the orientator and gravity rails for debris accumulation. Record PLC parameter values and compare against the established production recipe to confirm no drift has occurred since the previous shift.

2. Weekly Lubrication Schedule
All mechanical motion points including mold clamping guides, stretching rod bushings, conveyor bearings, and preform transfer chain assemblies require weekly lubrication with the manufacturer-specified grease or oil grade. Over-lubrication attracts dust and debris that accelerates component wear, so apply only the specified quantity at each lubrication point. Document all lubrication activities in the maintenance log to ensure consistent coverage and track positions requiring unusually frequent attention that may indicate underlying alignment issues.

3. Infrared Lamp Inspection and Replacement
Infrared heating lamps degrade gradually, producing less output at the same power draw and causing heating inconsistencies affecting bottle wall uniformity. Monthly inspection of lamp output using a calibrated pyrometer, combined with tracking operational hours against the manufacturer-specified service life, enables proactive replacement before output degradation affects product quality. Lamp replacement should always be performed in matched sets within the same heating zone to maintain balanced and reproducible thermal profiles.

4. Cooling Water System Maintenance
The cooling water circuit should be flushed and treated with corrosion inhibitors and biocides monthly to prevent mineral scale buildup in mold cooling channels and chiller heat exchangers. Scale accumulation in mold channels reduces cooling efficiency and can cause localized hot spots that produce bottle defects. Inspect and clean the chiller filter monthly, check refrigerant levels quarterly, and service the chiller compressor according to the chiller manufacturer's schedule to reliably maintain the required 8 to 10°C.

5. Mold Cleaning and Inspection
Blow mold cavities should be removed and thoroughly cleaned every 500 to 1,000 production hours depending on the resin being processed. PET produces relatively little residue, while PP and colored materials may require more frequent attention. Use approved non-abrasive cleaning agents to avoid cavity surface scratching. Inspect parting line sealing surfaces for wear that could cause flash formation, and check cavity venting slots for blockages that might cause trapped-air surface defects in finished bottles.

6. Electrical System and PLC Maintenance
The electrical control cabinet should be cleaned of accumulated dust quarterly using dry compressed air with panels closed. Check all terminal connections for loosening or corrosion caused by humidity and temperature cycling. Back up PLC production programs and parameter settings to an external storage device monthly to protect against data loss. Verify servo motor drive cooling fan operation and replace drive cooling filters according to the drive manufacturer's schedule to prevent thermal shutdown events during production.

Why Choose Ever-Power's PET Blow Molding Machine?

Mexico Ever-Power ISBM Machinery Co., Ltd is primarily engaged in the research and development, production, sales, and global trade of automatic one-step and two-step injection blow molding machines and injection stretch blow molding machines. Our product portfolio spans injection blow molding machines, extrusion blow molding machines, fully automatic blow molding machines, and the auxiliary machinery that supports complete bottle production lines. Backed by over two decades of technical expertise in the blow molding industry, we have built an outstanding R&D team that brings together senior engineering and technical specialists with deep practical experience in injection-blow machinery design and precision mold engineering for global markets.

Our machinery handles the full spectrum of engineering polymers including HDPE, LDPE, PET, PETG, PP, PS, PPSU, PC, Tritan, ABS, PLA, EVA, PCTG, and bio-based corn material compounds, producing containers from 1 ml to 1,000 ml and larger specialty formats. Application coverage includes pharmaceutical packaging, food and beverage packaging, healthcare product containers, premium cosmetic packaging, baby care products, and a full range of industrial and consumer plastic packaging categories. This breadth of capability reflects our commitment to serving diverse global markets through a single trusted supplier relationship that simplifies procurement, technical support, and ongoing machine lifecycle management.

Ever-Power adheres to the enterprise development philosophy of self-reliance, integrity, pragmatism, innovation, and responsibility in everything we build and deliver. We construct complete turnkey production solutions including machine, mold, compressor, chiller, and after-sales technical support, enabling our customers to launch bottle production operations with a single, accountable partner. Our pre-sale consultation process, in-production commissioning support, and responsive after-sales technical service team ensure that customers across six continents receive the assistance they need throughout the full life cycle of their Ever-Power equipment investment. Choose Ever-Power as your blow molding machine manufacturers partner and gain access to the technology, expertise, and support infrastructure that leading packaging companies worldwide have trusted for over twenty years.

Frequently Asked Questions

Q: What is the maximum container volume the EPA.ES-2C260 can produce?
A: The EPA.ES-2C260 fully automatic blow molding machine can produce containers with a maximum volume of 15,000 ml (15 liters). The machine accommodates a maximum container diameter of 240 mm and a maximum container height of 450 mm. This large-volume capability makes it suitable for a wide range of applications including craft bottles, food service containers, agricultural chemical bottles, and large household product packaging, all produced with the same precision and surface quality as smaller container formats at the rated 900 bph output.

Q: What materials is the EPA.ES-2C260 PET bottle blow molding machine compatible with?
A: The EPA.ES-2C260 is compatible with PET, PP, PC, PETG, Tritan, PPSU, HDPE, LDPE, and various engineering resins and copolymers. This broad material compatibility makes it versatile across pharmaceutical, food-grade, baby care, cosmetics, and industrial packaging applications. Material compatibility depends on correct preform specification and processing parameter optimization, which Ever-Power's technical team can assist with based on your specific product requirements and the resin grades available in your regional market.

Q: What is the theoretical output rate of the EPA.ES-2C260 automatic blow molding machine?
A: The EPA.ES-2C260 achieves a theoretical output of 900 bottles per hour with its 2-cavity mold configuration. Actual achieved output in production conditions typically ranges from 820 to 900 bottles per hour depending on container geometry, wall thickness, material grade, and cooling time requirements. Larger containers with thicker walls require longer cooling dwell time and will produce at the lower end of this range, while smaller thin-wall containers can reach the rated 900 bph output in optimal production conditions.

Q: How does the EPA.ES-2C260 compare to a standard extrusion blow molding machine for craft bottle production?
A: The EPA.ES-2C260 uses injection stretch blow molding (ISBM) technology rather than the extrusion blow molding machine process. For craft and special-shaped bottles, ISBM delivers superior optical clarity (glass-like transparency in PET), more precise dimensional control, better wall thickness uniformity, and higher material strength through biaxial polymer chain orientation. EBM excels at producing large industrial containers and handles a wider range of opaque resins at lower tooling cost. For premium craft bottles where appearance and precision matter, ISBM consistently outperforms EBM equipment in output quality.

Q: What cooling system specifications does the EPA.ES-2C260 blow molding machine require?
A: The EPA.ES-2C260 requires cooling water at 5 to 6 kg/cm² operating pressure, maintained at 8 to 10°C, with a minimum flow rate of 50 liters per minute. An external industrial chiller unit is required to achieve and maintain this temperature range throughout production. Ever-Power offers matched chiller units as auxiliary machinery pre-configured for the EPA.ES-2C260's cooling requirements, simplifying installation and ensuring compatibility. Proper cooling water treatment to prevent scale and corrosion is essential for sustained performance and extended mold life.

Q: Can the EPA.ES-2C260 produce baby feeding bottles that meet international safety standards?
A: Yes. The EPA.ES-2C260 baby bottle blow molding machine is designed to handle the materials and tolerances required for infant care products. When configured with appropriate PP, PC, Tritan, or PPSU preforms from certified food-contact grade resin suppliers, the machine produces bottles with the dimensional consistency and surface quality required for international baby product safety certifications including FDA, LFGB, and relevant EN standards. Material certification must be sourced through your resin supplier, as the machine itself is a precision processing platform rather than a material certifier.

Q: What compressed air supply is required for the EPA.ES-2C260 plastic blow molding machine?
A: The EPA.ES-2C260 requires a dual-pressure compressed air supply. Low-pressure air for pneumatic actuation operates at 7 kg/cm² with a consumption of 1,200 liters per minute. High-pressure blowing air operates at 35 kg/cm² with a consumption of 16,000 liters per minute during the blowing phase. A dedicated high-pressure booster compressor is required to generate the 35 kg/cm² blowing pressure, as standard factory air systems typically deliver only 6 to 8 kg/cm². Ever-Power offers matched compressor stations as auxiliary equipment integrating directly with the machine's air management system.

Q: How long does it take to change molds on the EPA.ES-2C260 for different bottle types?
A: Mold changeover time on the EPA.ES-2C260 typically ranges from 45 minutes to 2 hours depending on the degree of difference between the outgoing and incoming molds, operator experience level, and whether the new mold requires significantly different processing parameters. The 635 mm mold-open distance provides excellent access for mold removal and installation. Molds sharing the same neck finish and preform specification as existing molds change over faster since heating and stretching parameters require minimal adjustment during the transition.

Q: Does Ever-Power offer custom blow molding machine configurations for specific industry requirements?
A: Yes. Mexico Ever-Power ISBM Machinery Co., Ltd offers custom blow molding machine configurations beyond the standard EPA.ES-2C260 specification. Customization options include clean-room compatible enclosures for pharmaceutical production, modified preform handling systems for unusual preform geometries, different cavity counts, specialized mold configurations for handle bottles or wide-mouth containers, and integration with downstream filling and labeling systems. Contact our technical sales team with your specific production requirements for a customization assessment and tailored quotation.

Customer Reviews

Carlos Mendonca, Craft Packaging, Brazil
"We ordered the EPA.ES-2C260 for our artisan glass substitute bottle line in Sao Paulo about fourteen months ago. To be honest we were a little nervous buying from overseas but the machine arrived on time, well packed, and the installation team helped us remotely over video calls. We make decorative craft bottles for the gifting market and the surface finish we get is just stunning, our customers keep asking how we achieve that glass-like clarity. Running at around 820 bottles per hour consistently."

Liu Wei, Baby Products, China
"We have been using this machine for PP baby bottle production in our Shenzhen facility for close to two years now. The neck finish tolerance is exceptional, our QC rejection rate on neck dimensions is under 0.4% which is way better than our old equipment. The cooling system really makes a difference, keeping at 8 to 9 degrees means we can push the cycle speed without seeing any deformation. Ever-Power engineers were very thorough during commissioning, spending three days on site with my team."

Rajesh Patel, Pharma Packaging, India
"Good machine, good price. We are making pharmaceutical PP bottles in Mumbai, medium size runs around 500 ml and 1000 ml. The machine is straightforward to operate, our production staff were trained up within the first week. What I like most is how stable the blowing pressure is, we never see the pressure drop that used to give us problems with wall thickness inconsistency. Spare parts have been available promptly when we needed them which is very important in our location."

Dewi Susanto, Cosmetics Packaging, Indonesia
"We purchased two EPA.ES-2C260 units for our cosmetic bottle production line in Jakarta around ten months ago. The machines have been running very reliably, almost zero downtime once we got past the initial learning curve. The 15 liter maximum container capacity is useful for our larger lotion pump bottles. We produce quite complex shapes with embossed surface details and the mold quality from Ever-Power is impressive, the detail reproduction is sharp. Would buy again without hesitation."

Miguel Torres, Spirits Packaging, Mexico
"My factory in Guadalajara has been producing PET craft bottles for the artisan spirits market for three years. When we expanded last year we evaluated several suppliers and chose Ever-Power based on the technical specs and pricing. The EPA.ES-2C260 gives us better surface quality than our old machine, the bottle clarity is visibly superior which our clients in the premium tequila sector notice immediately. Shipping from Mexico took about 35 days which is very reasonable for our planning purposes."

Kim Sang-ho, Baby Care, South Korea
"The customer service from Ever-Power has been outstanding. We had a heating lamp issue about four months after delivery and they diagnosed it within an hour on a video call and shipped replacement parts within two days. The actual machine performance has been excellent for our PPSU baby bottle line in Seoul. PPSU is tricky to process and I was worried about compatibility but the precision heating control handles it really well. Running at 870 bottles per hour average on the ES-2C260."

Thomas Hoffmann, Contract Packaging, Germany
"We are a toll blowing operation in Frankfurt running seven different machine brands. The EPA.ES-2C260 we added eight months ago is now our go-to machine for special-shaped and craft bottle orders because mold changeover time is faster than most of our other equipment and the bottle quality for complex geometries is consistently better. The 635mm mold opening distance gives plenty of access. Energy consumption is also noticeably lower than our older hydraulic machines at equivalent output rates."

Ahmed Hassan, Household Chemicals, Egypt
"We source machinery carefully for our household chemical bottle operation in Cairo because after-sales support is critical when you are this far from Chinese manufacturers. Ever-Power has been very responsive via email and WhatsApp whenever we had questions. The machine itself has been rock solid for the nine months we have been running it, no significant mechanical issues. The preform holder design is clever, loading and unloading is much smoother than with our previous supplier's machine."

Tanaka Hiroshi, Food Packaging, Japan
"This is our second purchase from Ever-Power after a good experience with a smaller model three years ago. The EPA.ES-2C260 is a significant step up in terms of bottle size capability, we needed it for a new line of 5 to 10 liter containers for the food service market in Osaka. The machine handles these larger containers really well, the 240mm body diameter is just right for what we need. Documentation is good and the PLC interface is intuitive enough that our team learned it quickly."