EP-HGY500-V3 원스텝 사출 연신 블로우 성형기(ISBM)는 Aoki-500을 대체하는 모델입니다.
The EP-HGY500-V3 is a three-station, one-step ISBM machine — a direct replacement for the Aoki-500. Hydraulic clamping & screw injection. Fully compatible with ASB & AOKI molds. Servo-driven precision with up to 40% energy savings. Processes PET, PETG, PC, PP, Tritan and more. Bottle range: 5 ml – 6,000 ml. Backed by 20+ years of Ever-Power blow molding expertise.
EP-HGY500-V3 — Engineered for the Aoki-500 Upgrade Path
Single Stage Injection Stretch Blow Molding Machine
The EP-HGY500-V3 is a three-station, one-step injection stretch blow molding machine developed by Ever-Power as a direct replacement of Aoki injection stretch blow molding machines, specifically the Aoki-500 model. Designed with hydraulic clamping and hydraulic screw injection, this machine consolidates the injection, stretching, and blow molding stages into a single continuous cycle, transforming raw plastic resin into finished containers without any intermediate preform handling or reheating.
What distinguishes the EP-HGY500-V3 from conventional alternatives is its full mold compatibility with both Japanese ASB and AOKI machine molds. Manufacturers who have invested heavily in existing Aoki or ASB mold sets can transition to the EP-HGY500-V3 without the burden of purchasing entirely new tooling. This backward compatibility has been rigorously tested and validated across hundreds of mold configurations, covering materials ranging from PET and PETG to PC, PCTG, and PP.
The machine supports container volumes from 5 ml up to 6,000 ml, serving industries as varied as cosmetics, pharmaceuticals, beverages, food packaging, and infant care products. Its three-station rotary architecture delivers a balanced combination of throughput and flexibility, allowing manufacturers to efficiently switch between product lines while maintaining the wall thickness control, neck precision, and optical clarity demanded by premium brands. As a trusted 단일 단계 사출 스트레치 블로우 성형기, the EP-HGY500-V3 embodies the culmination of more than two decades of Ever-Power engineering expertise.
기술 사양
EP-HGY500-V3 Complete Parameter Data
* Specifications are subject to change. Contact Ever-Power for a customized configuration.
제품 크기
Features & Advantages
Servo-Driven Precision • Energy Efficient • Eco-Friendly
Servo-Driven Injection & Clamping
The EP-HGY500-V3 uses servo-driven injection and clamping systems to ensure stable wall thickness control, high energy efficiency, and consistent, repeatable production across every cycle. The servo system responds dynamically to pressure and speed requirements, reducing unnecessary energy consumption during idle phases.
ASB & AOKI Mold Compatibility
Our in-house mold production team designs tooling that is fully compatible with ASB and AOKI mold standards. This means existing mold assets can be reused without modification, saving significant capital outlay for factories upgrading from Japanese equipment to the EP-HGY500-V3.
Eco-Friendly & Energy Saving
By eliminating the preform reheating stage entirely, the one-step process achieves up to 40% energy savings compared to two-step systems. The machine also minimizes material waste through precise injection metering and tail trimming, contributing to a lower overall carbon footprint per container produced.
🎯 Stable Wall Thickness Control
Advanced servo pressure regulation maintains uniform wall distribution within ±5% tolerance. The closed-loop feedback system continuously adjusts injection pressure, ensuring every container meets dimensional requirements regardless of ambient temperature fluctuations.
🔧 Consistent & Repeatable Output
Recipe-based parameter storage allows operators to save and recall exact production settings for each product. This ensures identical quality when switching between product lines, reducing changeover waste and startup scrap to near zero.
📊 High Precision Engineering
From the injection screw to the stretch rod, each mechanical component is machined to tight tolerances. The result is a machine that delivers pharmaceutical-grade container accuracy with excellent optical clarity, making it suitable for the most demanding applications in cosmetics and medical packaging.
Key Components
Globally Verified Components for Long-Term Stability
⚙
INOVANCE / Yaskawa
Servo Motors
High-response servo motors providing precise speed and torque control for injection, clamping, and stretching operations with minimal heat generation.
🔋
Parker
High-Pressure Valves
American Parker hydraulic valves deliver reliable high-pressure performance and precise flow regulation throughout the injection and blowing cycles.
🔨
YUKEN
Hydraulic Valves
YUKEN hydraulic valves ensure stable temperature and pressure control with low noise operation, contributing to consistent output quality.
🛡
S136 Stainless Steel
Precision Molds
Mirror-polished S136 stainless steel molds provide exceptional corrosion resistance, surface finish quality, and extended service life for demanding production environments.
📝 Patented Screw Design
Our blow molding screw features a patented geometry specifically engineered for ISBM applications. The optimized compression ratio and flight design deliver superior plasticizing uniformity, reduced shear heat, and more consistent melt temperature — directly translating into better preform quality and final bottle clarity.
How the EP-HGY500-V3 Works
Three-Station One-Step Process Flow
One-step injection stretch blow molding is a highly efficient plastic container molding process. The core principle is to first produce a preform by injection molding, then stretch the preform axially using a stretch rod, and finally expand it radially with high-pressure air so that it closely fits the mold cavity and cools into the finished container shape. The EP-HGY500-V3 completes all three steps continuously in the same equipment without intermediate handling, producing high-precision hollow plastic products such as baby bottles, water bottles, medicine bottles, craft bottles, cosmetic bottles, and special-shaped containers made of PET, PETG, PP, PPSU, PC, Tritan, PS, ABS, or PLA.
사출 성형
PET resin is heated and plasticized into melt, which is injected into the preform mold by the hydraulic screw. The melt cools around the core rod to form a transparent preform with a precisely formed threaded neck finish. Wall thickness distribution and crystallinity are controlled through mold design.
스트레치 블로우 성형
The hot preform is stretched axially by a stretch rod while high-pressure air simultaneously expands it radially within the blow mold cavity. This biaxial molecular orientation dramatically improves the container's mechanical strength, transparency, and barrier performance. The bottom tail is also precisely trimmed.
Ejection & Take-Out
The finished bottle is cooled by circulating water for 5–20 seconds, then the mold opens and the container is automatically ejected. Bottles exit dimensionally stable and ready for quality inspection, leak testing, and downstream filling operations. The automated take-out system minimizes handling damage.
Why One-Step ISBM?
The Smart Choice for Modern Packaging Production
Lower Energy Consumption
The one-step process eliminates the need for preform reheating entirely. Because the preform moves directly from injection to stretch-blowing while still at its optimal processing temperature, manufacturers can achieve up to 40% energy savings compared to conventional two-step systems. There is no separate infrared oven, no preform storage, and no energy wasted on reheating cooled preforms.
Higher Bottle Consistency
With injection, stretching, and blowing all happening in one machine, the preform never leaves a controlled environment. There is no handling between stages, no external contamination, and no temperature loss from transportation. This integration delivers superior dimensional repeatability, more uniform wall thickness, and fewer defects per production run.
Flexible Production
The EP-HGY500-V3 produces containers with superior neck finish accuracy and optical surface quality. It supports rapid changeovers between different bottle sizes and materials, making it ideal for manufacturers serving multiple product lines. The machine handles everything from tiny 5 ml cosmetic vials to large 6,000 ml containers with equal proficiency.
Types of Injection Stretch Blow Molding Machines
Understanding the ISBM Machine Landscape
When evaluating 사출 연신 블로우 성형기 제조업체, it is helpful to understand the different machine configurations available and where each one excels. The primary classifications are based on station count, drive type, and process architecture.
Three-Station Machines
Three-station ISBM machines like the EP-HGY500-V3 integrate injection, stretch-blow, and ejection on a single rotary turntable. They provide an excellent balance of cost-efficiency and production flexibility, and are well suited for medium-volume production of cosmetics, pharmaceuticals, and specialty containers. The compact footprint makes them popular among manufacturers with limited floor space.
Four-Station Machines
Four-station configurations add a dedicated conditioning station between injection and blow molding. This extra thermal conditioning step allows for more precise temperature profiling of the preform, resulting in superior wall thickness control. Four-station machines, such as the EP-HGY650-V4, are typically chosen for applications requiring the tightest dimensional tolerances or for processing challenging materials.
Six-Station Machines
Six-station ISBM machines incorporate additional conditioning and process stations for the highest possible throughput and quality. They are engineered for high-volume, continuous production runs and are frequently used in large-scale beverage and consumer goods manufacturing where output speed is the primary consideration.
Beyond station count, ISBM machines are also categorized by their drive system. Hydraulic machines offer high clamping force at a competitive price point. Servo-hydraulic machines combine hydraulic power with servo precision for improved energy efficiency. Fully electric machines eliminate hydraulic systems altogether, providing the cleanest and most energy-efficient operation, though at a higher initial cost. As a leading ISBM 기계 제조업체, Ever-Power offers models across multiple configurations to match specific production requirements and budget constraints.
Whether you are looking for an ISBM 기계 판매합니다 to start a new production line or searching for a reliable isbm 사출 금형 공급업체 to expand existing capacity, the EP-HGY500-V3 represents the most practical choice for factories currently running or transitioning from Aoki-500 equipment.
What Our Customers Say
Real Feedback from Global Users
John Ramirez
Packaging Manager — United States
We switched from our aging Aoki-500 units to the EP-HGY500-V3 about eight months ago. The transition was smoother than we anticipated because our existing Aoki molds fitted the new machine without any modification. Cycle times dropped by roughly 18%, and our rejection rate has decreased. The servo injection system gives noticeably more consistent wall thickness than our old hydraulic setup. The energy bill is definitely lower, though I would recommend having your electrician verify power requirements before installation.
Klaus Hoffmann
Production Director — Germany
We run the EP-HGY500-V3 for pharmaceutical bottle production at our facility near Stuttgart. The machine consistently meets our stringent quality requirements for wall thickness uniformity and neck dimension accuracy. What stands out is the temperature stability throughout each cycle, which results in fewer deviations batch to batch. Our operators found the control interface logical and learned to use it within a few days. We would have liked more detailed documentation in German, but the English manual was sufficient and the technical support team was responsive.
Aisha Mohammed
Factory Owner — Nigeria
We purchased the EP-HGY500-V3 to produce PET water bottles and cooking oil containers for the West African market. The machine has been reliable even in our challenging operating environment with occasional power fluctuations. The three-station configuration is well suited for our production volumes, and the material flexibility allows us to switch between PET and PP depending on the product line. Ever-Power arranged the installation and trained two of our technicians remotely. The total cost of ownership has been reasonable, and spare parts delivery has been adequate so far.
다나카 유키
Technical Manager — Japan
As someone who has operated Aoki machines for over fifteen years, I had high expectations for the EP-HGY500-V3 as a replacement. The mold compatibility claim turned out to be accurate — we installed our existing Aoki molds and started production within two days. The build quality of the machine is solid, and the Yaskawa servo motors provide smooth and accurate movement. The screw design produces a very uniform melt quality, which shows in the final bottle clarity. It is a practical alternative for shops looking to replace older Aoki units without investing in entirely new tooling.
Carlos Silva
Operations Manager — Brazil
We use the EP-HGY500-V3 for cosmetic bottle production at our plant near São Paulo. The machine produces containers with good surface finish and consistent neck threading, which is critical for our pump and spray closure compatibility requirements. Energy consumption is lower than our previous two-step setup by about 30 percent. The servo clamping system maintains even pressure distribution, resulting in fewer mold-related defects. One thing I would note is that the initial calibration took some patience, but once dialed in, the machine runs very steadily.
Piotr Radziwiłł
Plant Engineer — Poland
We acquired the EP-HGY500-V3 to produce Tritan baby feeding bottles and PC sport bottles for the European market. The machine handles both materials without issues, and the changeover between them is manageable within a half-day including mold swap. The Parker and YUKEN hydraulic components are familiar to our maintenance team, which simplifies upkeep. Production quality has been consistent across three shifts of daily operation over the past six months. The machine's footprint is smaller than our previous equipment, which freed up valuable floor space for an additional downstream packaging line.
글로벌 프로젝트 사례
EP-HGY500-V3 Installations Worldwide
🇮🇹 ITALY • 2024
High-End Cosmetic Packaging, Milan
애플리케이션: PET and PETG cosmetic bottles for luxury skincare brands. Volume: 15 ml – 200 ml. Outcome: Replaced two aging Aoki-500 units. The customer preserved their existing mold inventory and reported a 22% reduction in per-unit energy cost. Bottle clarity and surface finish met the strict aesthetic standards required by European prestige cosmetics retailers.
🇯🇵 JAPAN • 2023
Pharmaceutical Container Facility, Osaka
애플리케이션: Medical-grade PET bottles for liquid oral pharmaceuticals and eye drop containers. Volume: 10 ml – 500 ml. Outcome: Achieved compliance with Japanese pharmaceutical packaging regulations. ASB mold compatibility allowed immediate production start using the factory's existing tooling library. Zero quality complaints reported in the first 14 months of operation.
🇲🇽 MEXICO • 2024
Beverage & Food Container Production, Monterrey
애플리케이션: PET juice bottles and wide-mouth food jars. Volume: 250 ml – 2,000 ml. Outcome: The three-station design provided sufficient throughput for the customer's medium-scale production while keeping capital expenditure manageable. The machine runs in a two-shift operation with one operator per shift, confirming the labor efficiency of the one-step process.
🇺🇦 AUSTRALIA • 2024
Baby Care Products Manufacturer, Melbourne
애플리케이션: PP and Tritan baby feeding bottles and sippy cups. Volume: 120 ml – 330 ml. Outcome: BPA-free material compatibility was a critical purchasing factor. The machine's ability to switch between PP and Tritan with a half-day changeover allowed the customer to produce their complete infant care range on a single platform. All products passed Australian safety certification on the first submission.
🇸🇦 SAUDI ARABIA • 2023
Household & Personal Care, Riyadh
애플리케이션: PET bottles for shampoo, hand soap, and detergent products. Volume: 200 ml – 1,000 ml. Outcome: The machine performed reliably in high ambient temperature conditions. The customer reported a 28% energy saving compared to their previous two-step production line. The ability to produce complex bottle shapes with integral handles was particularly valued for their detergent product range.
🇵🇱 POLAND • 2024
Sports & Drinkware Manufacturing, Wrocław
애플리케이션: PC and PCTG sport bottles, reusable water bottles, and vacuum flask inserts. Volume: 500 ml – 1,500 ml. Outcome: The customer chose the EP-HGY500-V3 over a refurbished Japanese machine primarily for cost reasons, and found that the production quality was comparable. The YUKEN and Parker components simplified spare part sourcing in Europe. Three-shift continuous production has been sustained without significant unplanned downtime.
자주 묻는 질문
Everything You Need to Know About the EP-HGY500-V3
1. Can I use my existing Aoki-500 molds on the EP-HGY500-V3?
Yes. The EP-HGY500-V3 is specifically engineered as a replacement of Aoki injection stretch blow molding machines. It accepts Aoki-500 mold sets directly without requiring any structural modification. This backward compatibility has been validated across a wide range of mold configurations. The machine is also compatible with ASB molds.
2. What materials can the EP-HGY500-V3 process?
The machine handles PET, PETG, PC, PCTG, PP, Tritan, PPSU, PS, ABS, and PLA. This broad material flexibility allows you to produce containers for industries ranging from cosmetics and pharmaceuticals to food packaging and infant care products — all on a single machine platform.
3. How much energy does the one-step process save compared to two-step systems?
The one-step process eliminates the preform reheating stage entirely, which typically accounts for a significant portion of energy consumption in two-step systems. Customers consistently report energy savings in the range of 25% to 40%, depending on production volume and container specifications. The servo motor systems further contribute to efficiency by consuming power only during active movement phases.
4. What is the maximum bottle volume and weight the machine can produce?
With a single-cavity mold, the EP-HGY500-V3 can produce bottles up to 6,000 ml in volume and 500 g in weight. Multi-cavity configurations reduce the maximum per-cavity volume accordingly: two cavities support up to 3,000 ml, three cavities up to 1,500 ml, and four cavities up to 750 ml.
5. What is the typical cycle time for the EP-HGY500-V3?
Cycle times vary depending on bottle size, material, and wall thickness. For typical medium-sized containers (100 ml – 500 ml), expect cycle times between 10 and 20 seconds per cavity. Smaller bottles can achieve faster cycles, while larger or thick-walled containers require longer processing times. Contact Ever-Power for cycle time estimates specific to your product.
6. Does Ever-Power provide mold design and manufacturing services?
Yes. Ever-Power maintains an in-house mold design and manufacturing facility. Our molds are made from S136 mirror-polished stainless steel and are engineered to be compatible with ASB and AOKI systems. We can design custom molds based on your bottle drawings or samples, and also modify existing molds to optimize performance on our machines.
7. What warranty and after-sales support is included?
Every EP-HGY500-V3 includes a 12-month warranty covering parts and labor for manufacturing defects, plus lifetime technical support. Our service package includes remote diagnostics via internet connection, on-site installation and commissioning, operator training, preventive maintenance guidance, and spare parts supply with typical delivery within 3–7 business days internationally.
8. How long does installation and training take?
Typical installation and commissioning takes approximately 10–15 working days, including machine positioning, utility connections, system testing, production trials, and comprehensive operator and maintenance training. We recommend having your facility prepared with proper foundations, compressed air, cooling water, and electrical supply before the machine arrives to minimize setup time.
9. Can the machine produce containers with complex shapes or integral handles?
Yes. The EP-HGY500-V3 supports production of non-round cross-sections, textured surfaces, embossed logos, offset necks, and thick-walled specialty containers. For applications requiring integral handles, our mold engineering team works with you to optimize the preform and blow parameters for consistent results.
10. What is the difference between a three-station and a four-station ISBM machine?
A three-station machine like the EP-HGY500-V3 integrates injection, stretch-blow, and ejection. A four-station machine adds a dedicated temperature conditioning station between injection and blowing. The four-station design allows more precise thermal profiling, which benefits products requiring the tightest dimensional tolerances. The three-station configuration offers a more compact footprint, lower capital cost, and sufficient quality for the majority of commercial applications.
11. What is the lead time for ordering an EP-HGY500-V3?
Standard lead time is approximately 60–90 days from order confirmation to shipment, depending on configuration options and current production scheduling. Custom mold orders may require additional time. Contact our sales team for a precise delivery estimate based on your specific requirements and destination.
Ever-Power 소개
Two Decades of Blow Molding Excellence
Ever-Power has built its reputation over more than twenty years of dedicated research, development, manufacturing, and sales in the blow molding machinery industry. Through this extensive journey, the Ever-Power team has accumulated deep expertise in every aspect of machine design, production management, and customer service. The company has continuously refined and upgraded its blow molding production systems, resulting in multiple national patents that cover key innovations in screw design, temperature control, and mold engineering.
Ever-Power's product portfolio covers specialized blow molding machines for cosmetics packaging, water and beverage containers, cooking oil bottles, food-grade wide-mouth containers, pharmaceutical packaging, and infant care products. The machines process multiple materials including PET, PETG, PC, PCTG, and PP, giving customers the flexibility to address diverse market demands with a single equipment platform. The company maintains a particularly strong position in high-end cosmetics, food, and pharmaceutical machinery, consistently ranking among the industry leaders in these specialized segments.
Over the years, Ever-Power has earned the trust of well-known brands across multiple industries, including C'estbon, Haitian, Luhua, Walch, Blue Moon, Proya, Liby, Estée Lauder, Walmart, and many others. The company's commitment to building the most cost-effective and service-oriented packaging machinery is reflected in its core operating principles: professionalism, focus, innovation, and mutual success. Ever-Power has cultivated a team of top-tier industry professionals who provide comprehensive one-stop service, from pre-sales consultation and custom solution design through installation, training, and long-term technical support. Crucially, Ever-Power has established a complete blow molding machine production supply chain, enabling the company to deliver machines built on a foundation of robustness, stability, and energy efficiency — qualities that give each machine lasting reliability and performance for customers worldwide.
20+
경력 연수
50+
Countries Served
다수의
국가 특허
100%
One-Stop Service
Ready to Upgrade from Your Aoki-500?
Contact Ever-Power today for a free consultation and custom quotation. Our engineering team will help you evaluate whether the EP-HGY500-V3 is the right fit for your production requirements.
