Macchina per stampaggio a iniezione e soffiaggio in un unico passaggio Y650-V4 (4 stazioni)

Y650-V4 One Step Injection Stretch Blow Molding Machine Overview

The Y650-V4 one step injection stretch blow molding machine represents a pinnacle in single-stage injection stretch blow molding technology, designed for manufacturers seeking seamless integration of processes in a compact footprint. This ISBM machine combines injection, stretching, and blowing into one continuous cycle, eliminating the need for separate preform handling and reheating, which is common in traditional two-step systems. Built with robust components like servo-driven systems and high-pressure valves, it handles materials such as PET, PETG, PP, and PC, producing bottles with superior clarity, strength, and barrier properties. Ideal for high-volume production in industries like pharmaceuticals and food packaging, the Y650-V4 ensures consistent output with minimal waste.

In operation, this single stage injection stretch blow molding machine optimizes energy use by retaining preform heat from the injection phase, cutting consumption significantly compared to multi-stage setups. With a theoretical injection volume up to 480 cm³ and screw diameters ranging from 40mm to 60mm, it accommodates diverse bottle designs from 20ml mini-containers to 2500ml jars. Operators appreciate its user-friendly PLC controls and quick mold changeovers, which reduce downtime and enhance productivity.

Tabella comparativa dei modelli di prodotto

Modello standard	Y150-V4	Y200-V4	Y250-V4
	Compatibile con l'ASB-12M giapponese	Compatibile con l'Aoki 250 giapponese	Compatibile con l'ASB-70DPH giapponese
	Y150-V4-B	Y500-V3	-
	Compatibile con l'Aoki 100 giapponese	Compatibile con l'Aoki 500 giapponese	-
	Serraggio idraulico, iniezione idraulica a vite.
Modello servo	YS150-V4	YS200-V4	YS250-V4
	Serraggio servoassistito, iniezione della vite servoassistita Alta precisione, basso consumo energetico, stabilità a lungo termine
Modello completamente elettrico	Y150-V4-EV	Y200-V4-EV	Y250-V4-EV
	Azionamento completamente elettrico, che evita la contaminazione da prodotti petroliferi.

I vantaggi della nostra macchina per stampaggio a iniezione-soffiaggio

1. La qualità è superiore. Le bottiglie di plastica prodotte con le macchine per soffiaggio giapponesi presentano tutte una linea di separazione. Si tratta di una sporgenza di plastica tra i due stampi, su entrambi i lati, che lascia un segno. I nostri stampi, invece, sono estremamente precisi e il segno è completamente invisibile.

2. La nostra produzione è rapida, con un'ampia gamma di soluzioni a vite e un'elevata velocità. Mentre il Giappone può produrre quattro bottiglie di plastica alla volta, noi possiamo produrne sei.

3. Risparmio energetico. Le nostre macchine consumano da 15% a 25% in meno di energia rispetto a quelle in Giappone, Europa e Stati Uniti.

4. È stata adottata un'ampia gamma di tecnologie di controllo elettrico per sostituire i componenti idraulici e pneumatici. Ad esempio, i componenti pneumatici utilizzati nel meccanismo di taglio inferiore in Giappone sono stati sostituiti qui da servomotori, raddoppiandone la velocità. Nell'industria farmaceutica e in altri settori, è possibile utilizzare esclusivamente servomotori senza alcun sistema idraulico, garantendo la conformità agli standard GMP e il funzionamento in un ambiente privo di olio e inquinamento.

Specifiche del prodotto

Per configurazioni personalizzate o specifiche aggiuntive adatte alle vostre esigenze, non esitate a contattare il nostro team presso Mexico Ever-Power ISBM Machinery Co., Ltd. Siamo qui per assistervi con le ottimizzazioni.

Articolo	Unità	Specifiche
Nome		Stampaggio a iniezione e stiro-soffiaggio in un unico passaggio Macchina (4 stazioni)
Modello		Y650-V4
Produttore		Messico Ever-Power
Materiale		PET/PETG
Diametro della vite	MM	50	55	60	/
Volume di iniezione teorico	cm³	340	420	480	/
Velocità di rotazione della vite (RPM)	giri/min	180	150	150～220	/
Forza di serraggio dell'iniezione	KN	400
Forza di serraggio del soffiaggio	KN	400
Potenza del motore	KW	75.7
Potenza di riscaldamento	KW	15
Pressione dell'aria di soffiaggio	Mpa	2.0-3.5
Pressione dell'acqua di raffreddamento	Mpa	0.4-0.6
Pressione dell'acqua del radiatore dell'olio della macchina	Mpa	0.3-0.4
Temperatura dell'acqua del radiatore dell'olio della macchina	°C	20-25
Voltaggio	V	370-400
(L*W*H) Dimensioni (L*W*H)	MM	6100x2600x4200
Peso	T	28
Dimensioni del prodotto
Quantità del prodotto	PCS	1	2	3	4
Diametro della bottiglia (BD)	MM	280	235(280)	230	180
Altezza della bottiglia (H)	MM	510
Diametro del collo (E)	MM	140	120	90	84
Volume massimo della bottiglia (ml)	L	20	20	12	5 (7)
Peso massimo della bottiglia (W)	G	900	460	310	230

Parametro macchina

Diametro della vite:	60 mm (opzionale)
Capacità di iniezione teorica:	480g
Forza di serraggio dell'iniezione:	400KN
Corsa dello stampo superiore:	1070mm
Corsa dello stampo inferiore:	550mm
TEMP. Regolazione della corsa del nucleo:	300 millimetri
TEMP. regolazione corsa canna:	300 millimetri
Colpo di asporto:	300 millimetri
Forza di serraggio del soffiaggio:	400KN (single side)
Colpo del nucleo soffiante:	300 millimetri
Colpo dello stampo a soffiaggio:	175+175mm
Serbatoio dell'olio VOL:	600L
Dimensioni (L×P×A):	6.1*2.6*4.2m
Peso:	28T

Norma tecnica

Sistema di controllo servo:	Utilizzando 3 set di sistemi di servopompa.
Potenza del servomotore:	Inovance/ WEICHI servo motor power: 75 KW.
Sistema di controllo computerizzato:	Using the Inovance/ MiRLE PLC;
Azionamento del giradischi:	Il giradischi è dotato di un servomotore giapponese Yaskawa o di un servomotore WEICHI con riduttore TSUNTIEN di Taiwan.
Valvola ad alta pressione:	Utilizzando la valvola ad alta pressione American Parker.
Cilindro pneumatico:	Utilizzando il cilindro pneumatico Aitak.
Controllo della temperatura:	Utilizzo di una scatola di controllo integrata per controllare la temperatura, che è estremamente precisa, stabile e facile da usare; in alternativa, è possibile scegliere il sistema di controllo della temperatura integrato nel sistema.
Valvola di controllo della pressione idraulica:	Using a hydraulic pressure control valve of YUKEN from Taiwan,China.
Vite riscaldata:	The screw is heated by a nano-far-infrared energy- saving heating ring(15KW).
Struttura dello stampaggio a soffiaggio:	La struttura di stampaggio a soffiaggio adotta un sistema di serraggio dello stampo con cilindro idraulico o doppio servomotore con funzione di compensazione dell'alta pressione.
Unità di iniezione:	L'unità di iniezione è controllata da un singolo cilindro. Il motore di fusione può essere controllato idraulicamente o tramite un servomotore.
Tubo dell'olio:	Il tubo dell'olio è realizzato con materiale importato dall'Italia.
Potenza totale della macchina:	Total power of the machine:90.7KW.

Features of the Y650-V4 Injection Stretch Blow Molding Machine

1. Four-Station Rotary Configuration
The Y650-V4 one step injection stretch blow molding machine employs a robust four-station rotary system that coordinates preform injection, precise temperature conditioning, simultaneous axial stretching with radial blowing, and final cooling with product ejection. This arrangement keeps every station active throughout the cycle, boosting throughput while cutting idle periods common in older single-stage equipment. The design proves vital for scaling operations in busy factories focused on container manufacturing, delivering higher output rates and stable quality across PET and PETG production runs.

2. Servo-Driven Precision Control Systems
One standout feature is the servo-driven control systems integrated into the Y650-V4 ISBM machine. These systems provide precise motion for clamping and stretching, achieving position accuracy within ±0.1mm. This level of control is essential for producing uniform wall thickness in bottles, reducing material deviations to under 5%. The responsive technology ensures consistent performance across large batches, supporting superior structural integrity and visual appeal in finished containers for demanding packaging applications.

3. Targeted Heating Zones with Non-Contact Sensors
The machine integrates advanced heating zones equipped with non-contact sensors that allow targeted temperature adjustments—hotter for the body and cooler for the neck—to prevent deformation in threaded areas. This selective conditioning creates ideal stretch conditions while protecting critical dimensions. Operators gain greater flexibility when processing different materials, resulting in improved material distribution, enhanced clarity, and reduced defect rates in the final bottles.

4. High-Pressure Gas Delivery System
The Y650-V4 incorporates stable high-pressure gas systems with precision valves capable of delivering up to 3.5 MPa during radial expansion. Combined with mechanical axial stretching, this capability ensures complete mold contact and strong molecular orientation in the container walls. The result is bottles with superior mechanical strength, excellent barrier properties, and high transparency, meeting the rigorous requirements of beverage, cosmetic, and pharmaceutical packaging.

5. Modular Quick-Change Mold System
Engineered for practical flexibility, the Y650-V4 features a modular mold system that allows complete tool changes in under 60 minutes. Precision alignment features and quick-connect utilities minimize setup time when switching between different bottle sizes or shapes. This capability reduces costly downtime and enables manufacturers to respond rapidly to changing market demands without compromising production quality or efficiency.

6. Energy-Efficient Operational Design
By retaining residual heat from the injection phase and utilizing efficient servo motors, the Y650-V4 injection stretch blow moulding machine achieves notable energy savings compared to traditional reheating methods. The overall architecture optimizes power consumption without sacrificing cycle speed or product quality. Manufacturers focused on sustainable practices and lower operating costs find this design delivers measurable benefits while maintaining the high throughput and reliability expected in modern packaging facilities.

Advantages of Injection Stretch Blow Molding

1. Superior Product Quality
Injection stretch blow molding consistently delivers containers with outstanding clarity, smooth surface finishes, and highly uniform wall thickness that stays within ±5% across the entire bottle. Because the preform is formed and blown on the same machine without any transfer steps, the final product avoids scratches, contamination, or surface imperfections. This level of quality makes ISBM the preferred choice for premium packaging where visual appeal and structural performance are critical, from crystal-clear beverage bottles to elegant cosmetic jars that highlight brand prestige.

2. Flexible Design Capabilities
The process offers remarkable freedom to create complex shapes, custom geometries, and container sizes ranging from tiny 5ml vials to large 20L jugs in a single production run. Manufacturers can easily switch between round, oval, or uniquely contoured designs while maintaining tight tolerances on neck threads and wall distribution. This design versatility supports distinctive branding requirements across skincare, pharmaceutical, premium beverage, and food packaging markets, allowing companies to stand out on shelves without sacrificing functionality or production speed.

3. Sustainability Benefits
Single-stage injection stretch blow molding reduces material waste to achieve utilization rates above 95% and cuts energy consumption by 20-40% compared with traditional two-step methods by eliminating secondary reheating. The technology readily works with recycled PET, bio-based resins, and other eco-friendly materials, helping manufacturers meet strict environmental regulations and consumer demand for greener packaging. This approach lowers the overall carbon footprint while maintaining the high performance standards expected in modern sustainable packaging solutions.

4. High Production Efficiency
By combining injection, conditioning, stretching, blowing, and ejection into one continuous cycle, ISBM machines achieve fast cycle times of 10-30 seconds per mold and significantly higher throughput than multi-stage systems. Automated operation reduces labor needs, minimizes floor space requirements, and eliminates intermediate storage or handling risks. Factories gain reliable, cost-effective mass production with consistent quality across large runs, making the technology ideal for both growing brands and established packaging operations seeking maximum output with minimum downtime.

5. Enhanced Barrier Properties and Strength
Molecular orientation created during the simultaneous axial and radial stretching process increases tensile strength by more than 30% and improves gas and moisture barrier performance. Containers produced through injection stretch blow molding therefore offer longer shelf life for sensitive contents like juices, pharmaceuticals, or cosmetics. This built-in performance advantage allows brands to use lighter-weight bottles without compromising durability, further supporting both quality and sustainability goals.

4 stazioni	3 stazioni

Processo di stampaggio a iniezione e stiro-soffiaggio in un unico passaggio

Understanding the ISBM process highlights how outstanding container quality and efficiency can be achieved through each production stage. Each stage contributes to achieving exceptional product consistency, and the integration of injection molding and biaxial stretching leads to enhanced container properties. The process involves four key stages:

Step 1: Injection Molding

The process begins by heating plastic resin (commonly PET or PC) to a molten state. The molten resin is injected into a mold cavity to form a preform, which is partially cooled to stabilize its shape while retaining enough heat to allow stretching in the next stage.

During this phase, the preform’s neck finish is also preserved in its final form. This design ensures reliable sealing and dimensional accuracy, and helps achieve proper temperature and stretch response in the next stage.

Step 2: Preform Conditioning and Transfer

A specialized mechanical arm or rotary transfer system gently moves the freshly molded preform from the injection station to the conditioning zone. Along the way, it passes through controlled heating areas that stabilize the preform’s internal temperature. This consistent thermal conditioning helps support uniform material behavior during the stretch and blow stages, improving container quality and reducing the risk of defects.

Step 3: Stretch Blow Molding Process

This is the stage where the preform transforms into its final container shape. Biaxial stretching begins as a stretch rod extends the preform lengthwise, followed by compressed air inflating it outward to match the mold. This dual stretching process enhances strength, appearance, and overall finish.

By aligning the plastic molecules in two directions, the material gains better resistance to gas penetration and impact. These enhancements are especially important for applications that demand both durability and shelf appeal. Moreover, the container also achieves consistent wall thickness and stable dimensions, which are essential for accurate volume control and dependable sealing.

Step 4: Cooling and Ejection

Once the bottle has been fully blown to its final shape, the container is rapidly cooled inside the mold to solidify its form. After sufficient cooling, the mold opens and automatically ejects the finished bottle. This step completes the molding cycle, delivering a ready-to-use plastic container.

Applicazioni della macchina per stampaggio a iniezione e stiro-soffiaggio

1. Bottiglie per acqua e bevande
Il passo uno macchina per stampaggio a iniezione e stiro-soffiaggio excels at producing crystal-clear water and beverage bottles ranging from 5 ml mini samples to full-size 2500 ml containers with outstanding transparency and strong gas barrier properties. The Y650-V4 model delivers uniform wall thickness and precise neck finishes that ensure reliable sealing and extended shelf life for carbonated drinks, juices, and still water. Manufacturers appreciate the high output and lightweight design that reduces material use while maintaining durability during transport and consumer handling.

2. Flaconi per imballaggio cosmetico
Cosmetic brands rely on the ISBM machine to create premium packaging for shampoos, lotions, serums, mascara tubes, and lip gloss containers using PETG and thick-wall designs. The ISBM process produces bottles with exceptional surface gloss, color stability, and resistance to chemical attack, allowing elegant shapes that enhance brand appeal on retail shelves. The Y650-V4 handles both standard and custom molds, delivering consistent quality for high-end skincare and makeup lines.

3. Flaconi per imballaggio di medicinali Pharmaceutical companies use the machine to manufacture medicine bottles, oral liquid vials, and eye drop containers that meet strict hygiene and dimensional accuracy standards. PC and PET materials processed on the Y650-V4 provide excellent clarity for content inspection, superior chemical resistance, and tamper-evident neck finishes. The integrated process eliminates contamination risks, making it the preferred choice for sterile, child-resistant, and senior-friendly packaging solutions.

4. Biberon per neonati
The machine is widely chosen for producing safe, high-clarity baby feeding bottles from durable polycarbonate and Tritan materials. The Y650-V4 ensures smooth internal surfaces, precise volume markings, and heat-resistant designs that withstand repeated sterilization without deformation. Parents and manufacturers trust the technology for its consistent wall thickness and BPA-free results, delivering reliable performance in sensitive infant care applications.

5. Bottiglie di olio commestibile e condimenti
Food producers turn to the one step ISBM machine for edible oil, vinegar, sauce, and condiment bottles that require excellent barrier properties and chemical resistance. The ISBM process creates lightweight yet robust containers in various shapes, including wide-mouth jars, with precise pouring spouts and secure closures. The Y650-V4 model supports hot-fill applications using PP material, helping extend product freshness while reducing overall packaging weight.

6. Flaconi per l'imballaggio di prodotti per la cura personale
Personal care manufacturers use the single-stage injection stretch blow molding machine to produce bottles for body wash, hand soap, laundry detergent, and daily hygiene products in attractive, functional designs. PET and PETG processed on the Y650-V4 deliver vibrant colors, soft-touch surfaces, and ergonomic shapes that improve user experience and shelf presence. The technology supports thick-wall luxury formats as well as standard high-volume production runs.

Common Issues of the ISBM Machines

1. Uneven Wall Thickness in Finished Bottles
Uneven wall thickness remains one of the most common headaches for operators running one step injection stretch blow molding machines like the Y650-V4. Thin spots appear in the shoulder or sidewalls while the base stays overly thick, leading to weak containers that fail drop tests or leak during filling. This usually stems from inconsistent preform heating across different zones or incorrect stretch rod timing that fails to distribute material evenly during blowing. On the Y650-V4, checking and recalibrating the heating sensors plus fine-tuning pre-blow pressure often restores uniform distribution within a few cycles.

2. Pearlescence or Haze on Bottle Surface
Pearlescence shows up as milky white streaks or cloudy patches on otherwise clear PET bottles, ruining the premium look that brands expect. The defect happens when preforms are stretched while still too cold or when blow pressure is applied too aggressively, creating tiny stress crystals in the material. In single-stage ISBM systems, this issue is more noticeable after long production runs if conditioning temperatures drift. Raising the body heating temperature slightly and reducing stretch speed normally clears the haze and brings back full transparency.

3. Rocker Bottom or Unstable Base
Rocker bottoms occur when the bottle base curves outward instead of sitting flat, causing containers to wobble on shelves or conveyor lines. This defect is frequent in machines when cooling time is too short or blow pressure drops suddenly during the final forming stage. The Y650-V4’s robust mold cooling channels can prevent this if operators increase cooling water flow and extend mold close time by a few seconds, ensuring the base solidifies properly before ejection.

4. Neck Deformation or Thread Damage
Neck deformation appears as oval threads or crushed finishes that prevent proper cap sealing, leading to leaks and customer complaints. In ISBM machines, the problem arises when the neck area overheats during conditioning or when the stretch rod contacts it too forcefully. Keeping the neck cooling zone active and verifying core rod alignment on the Y650-V4 usually eliminates this issue, maintaining precise thread dimensions even after thousands of cycles.

5. Off-Center Gate Mark in Bottle Base
An off-center gate mark shifts the injection point away from the true center of the base, creating unbalanced wall thickness around the bottom and visible cosmetic flaws. This happens when the preform is not perfectly centered during transfer or when mold alignment drifts over time. Regular inspection of the core rods and gentle adjustment of the transfer mechanism on four-station machines like the Y650-V4 keeps the gate centered and prevents downstream quality problems.

6. Preform Sticking or Difficult Ejection
Preforms that stick inside the injection mold or fail to release cleanly from the core rod cause frequent stops and scratched surfaces. Causes include insufficient mold lubrication, worn ejector pins, or preforms that cool too slowly before the take-out station. Applying a thin layer of approved release agent and checking the servo ejection stroke on the Y650-V4 quickly resolves sticking, keeping the production line moving smoothly without damaging delicate preform necks.

Mexico Ever-Power - Fornitore di macchine per iniezione di stampi ISBM

Mexico Ever-Power ISBM Machinery Co., Ltd stands as a trusted ISBM mold injection machines supplier with more than twenty years of hands-on experience building reliable one-step injection stretch blow molding equipment. Founded in 2003 and operating from a modern 20,000-square-meter production base in Mexico, the company has developed a complete in-house supply chain that delivers solid, stable, and energy-efficient machines tailored for PET, PETG, PC, PCTG, and PP containers.

What truly sets Mexico Ever-Power apart is its focus on practical innovation. The team holds multiple national patents and continuously refines machine designs to achieve lower energy consumption, faster mold changes, and consistent bottle quality across cosmetics, pharmaceuticals, beverages, and baby products. Every Y650-V4 or similar model leaves the factory with proven servo systems, precise heating controls, and robust clamping that operators can depend on day after day.

Customers also choose Mexico Ever-Power for genuine one-stop support. From initial consultation and custom mold design through installation, operator training, and ongoing technical assistance, the experienced service team responds quickly and speaks the language of real production challenges. Long-term partnerships with global brands such as Estee Lauder, Wal-Mart, Blue Moon, and Liby prove the machines deliver both performance and value in competitive markets.

When you select Mexico Ever-Power as your ISBM mold injection machines supplier, you gain more than equipment—you gain a local partner committed to your success with cost-effective solutions, fast spare-part availability, and the kind of reliability that keeps production lines running smoothly year after year.

Domande frequenti

Q: What materials can the single stage injection stretch blow molding machine handle?
A: The Y650-V4 ISBM machine processes a range of materials including PET, PETG, PP, PC, and PCTG, making it versatile for applications in cosmetics, pharmaceuticals, and food packaging. This compatibility ensures high clarity, chemical resistance, and barrier properties, allowing manufacturers to produce durable containers without switching equipment.

Q: How to maintain an ISBM machine for long-term use?
A: Maintaining an ISBM blow molding machine like the Y650-V4 involves daily sensor inspections, weekly lubrication of moving parts, and monthly cleaning of molds and valves to prevent downtime. Adhering to a structured schedule, including quarterly calibration of heating zones and annual professional servicing, extends machine life and ensures consistent performance in demanding production environments.

Q: What is the production capacity of the Y650-V4 ISBM blow molding machine?
A: The Y650-V4 one step injection stretch blow molding machine supports up to 8 cavities, enabling production of bottles from 20ml to 2500ml with cycle times between 10 and 30 seconds. This capacity makes it suitable for mass production, delivering annual outputs in the millions while maintaining uniform quality across various container shapes.

D: La macchina può produrre bottiglie di forma personalizzata?
A: Yes, the Y650-V4 single-stage injection stretch blow molding machine accommodates custom-shaped bottles through its modular mold system, supporting round, oval, or irregular designs for specialized packaging. Quick mold swaps and precise control over stretching ratios allow tailored solutions for unique branding needs in markets like personal care and pharmaceuticals.

Q: What energy savings does the one step process offer?
A: The one step injection stretch blow molding machine process in the Y650-V4 avoids preform reheating, achieving energy reductions of 20-40% over traditional two-step systems. This efficiency stems from retaining injection heat for stretching and blowing, lowering operational costs and supporting sustainable manufacturing practices without compromising bottle strength or clarity.

Q: What are common applications for injection stretch blow moulding machines?
A: Injection stretch blow moulding machines such as the Y650-V4 are commonly used for beverages, pharmaceutical vials, cosmetic jars, and food containers, benefiting from enhanced barrier outputs and molecular orientation. These applications leverage the machine's ability to produce lightweight, high-strength items that extend shelf life and meet regulatory standards.

Q: How to troubleshoot pressure issues in an ISBM machine?
A: To troubleshoot pressure issues in an ISBM machine like the Y650-V4, start by inspecting valves and sensors for blockages or wear, then verify air supply stability within 2.0-3.5MPa. Remote diagnostics from our support team can pinpoint fluctuations quickly, often resolving them through simple adjustments to maintain consistent blowing performance.

Q: Is the Y650-V4 suitable for small businesses?
A: The Y650-V4 ISBM blow molding machine is well-suited for small businesses due to its compact footprint, low labor requirements, and scalable production from small runs to larger volumes. Startups can leverage its automation and energy efficiency to enter markets competitively without needing extensive infrastructure.

Q: What are the key differences between one step and two step injection stretch blow molding machines?
A: One step injection stretch blow molding machines like the Y650-V4 integrate all processes in one unit, offering better hygiene and 20-30% lower energy use compared to two step systems that require separate preform handling. This makes the single-stage approach ideal for contamination-sensitive applications such as pharmaceuticals.

Q: How to select the right screw diameter for a single stage injection stretch blow molding machine?
A: Selecting the right screw diameter for a single stage injection stretch blow molding machine involves matching it to your production volume; the Y650-V4 offers options from 40mm to 60mm for injection volumes up to 480 cm³. Consider material type and bottle size to optimize melt uniformity and cycle efficiency.

Q: What safety features are included in the Y650-V4 ISBM machine?
A: The Y650-V4 ISBM machine includes integrated fault diagnostics, emergency stops, and interlocks to protect operators from high-pressure systems and moving parts. Remote monitoring allows real-time alerts, ensuring compliance with industry safety standards while minimizing risks in daily operations.

Q: How does the Y650-V4 handle high-temperature materials like PP for hot-fill applications?
A: The Y650-V4 one step injection stretch blow molding machine manages high-temperature materials like PP for hot-fill applications through advanced heating controls and robust molds that withstand up to 120°C. This capability ensures distortion-free bottles with excellent chemical resistance for products like juices and sauces.

Recensioni dei clienti

Maria Gonzalez, Supervisore di produzione, Messico
"We've been using the Y650-V4 one step injection stretch blow molding machine in our cosmetic line for over six months, and it's made a huge difference. The 200KN blowing clamping force works great with PETG for our 500ml shampoo bottles—no defects in more than 100,000 pieces. Mexico Ever-Power's install crew showed up right on schedule and got everything running smoothly."

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David Lee, Factory Owner, United States
"Swapped out our aging Aoki setup for the Y650-V4 machine last year, and our energy costs fell by about 35% while keeping up quality on 2500ml beverage bottles. The servo systems run like a dream, and when we had a minor valve issue, their support team fixed it remotely in under a day. Totally worth it for better efficiency."

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Elena Ramirez, Responsabile del Controllo Qualità, Brasile
"This ISBM machine really shines in precision work; we've had the Y650-V4 running steady for 18 months, turning out 400ml PC pharma vials with wall thickness holding at ±5% every time. Shipping from Mexico Ever-Power took just two weeks, and the setup was hassle-free. It's cut our rejection rates way down."

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Carlos Mendoza, Operations Director, Spain
"The four-station design on the Y650-V4 injection stretch blow molding machine ramped up our food jar output by 50%, handling PP perfectly for 900ml containers without a hitch. Their team gave us spot-on advice for custom molds that saved us serious money. Downtime's been almost zero since we started."

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Sophia Patel, Entrepreneur, India
"As a small startup, the Y650-V4 single stage injection stretch blow molding machine fits our space just right and doesn't need a big crew to run. We've relied on it for a year now making 100ml PC baby bottles with top-notch clarity. Mexico Ever-Power's training was super helpful, and spare parts arrived quick when we ordered."

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Juan Torres, Maintenance Engineer, Argentina
"Durability is key with the Y650-V4 ISBM blow molding machine—its 3.5MPa high-pressure system has held up through 20 months of heavy duty on 1500ml PET bottles. Sensor swap was needed once, but support got the part to us affordably and fast. Great overall value for our packaging setup."

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Hans Müller, Technical Lead, Germany
"We chose the Y650-V4 machine to upgrade our pharma packaging, and after 15 months, it's delivering uniform 250ml vials with excellent barrier properties. Their engineering support was precise during integration, and logistics from Mexico was efficient—arrived in 10 days. Impressed with the build quality."

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Takashi Yamamoto, Production Engineer, Japan
"The Y650-V4 ISBM machine has been a game-changer for our cosmetic jars; we've run it for 12 months producing 300ml PETG containers with flawless finishes. Mexico Ever-Power's service team provided detailed mold optimization tips that cut our costs, and the compact design fits our factory layout perfectly. Reliable and precise."