Máquina de moldagem por injeção e sopro EP-HGY250-V4 | 4 estações

The EP-HGY250-V4 Injection Stretch Blow Moulding Machine (compatible with Japanese ASB – 70DPH model) is a state-of-the-art Injection Stretch Blow Molding machine designed for the high-precision manufacturing of high-end plastic containers. This four-station architecture is specifically engineered to eliminate the need for preform cooling and secondary reheating, which is the hallmark of the efficient injection stretch blow molding process. By maintaining the residual heat from the initial injection phase, this machine achieves remarkable energy savings of up to 40% compared to traditional two-step systems. Its ability to produce containers with uniform wall thickness and flawless surface finishes makes it a favorite among global injection stretch blow molding machine manufacturers. Whether you are producing wide-mouth food jars or intricate pharmaceutical bottles, the EP-HGY250-V4 offers the stability and precision required for 24/7 production environments.

Categoria: Máquina de Moldagem por Injeção e Estiramento com Sopro Marcação: Máquina de Moldagem por Injeção e Estiramento com Sopro

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1. Technical Specifications (EP-HGY250-V4)

Item	Unidade	Máquina de moldagem por sopro e estiramento por injeção em uma única etapa (4 estações)
Nome da máquina		Máquina de moldagem por sopro e estiramento por injeção em uma única etapa (4 estações)
Modelo		HGY250-V4 (Compatible with ASB-70DPH moulds)
Fabricante		HENGGANG
Material		PET/PETG
Diâmetro do parafuso	MM	50	55	60	/
Volume teórico de injeção	CM³	340	420	480	/
Velocidade de rotação do parafuso (RPM)	r/min	180	150	150 ~ 220	/
Força de fechamento da injeção	KN	300
Força de fixação por sopro	KN	200
Potência do motor	KW	67.7
Potência de aquecimento	KW	15
Pressão do ar soprado	Mpa	2.0-3.5
Pressão da água de refrigeração	Mpa	0.4-0.6
Pressão da água do resfriador de óleo da máquina	Mpa	0.3-0.4
Temperatura da água do resfriador de óleo da máquina	°C	20-25
Tensão	V	370-400
Dimensões (CLA)	MM	6300x2400x3700
Peso	T	16

*Compatibility Statement: Our EP-HGY250 - V4 model is compatible with the Japanese ASB - 70DPH model.

EP-HGY250-V4 Injection Stretch Blow Molding Machine Product Dimensions

Dimensões do produto	Unidade	Valor
Quantidade de produtos	PCS	2	3	4	5	6	8	9	10	14
Diâmetro da garrafa (BD)	MM	200	160	120	80	60	45	40	40	30
Altura da garrafa (H)	MM	220			180				100
Diâmetro do pescoço (E)	MM	130	130	100	65	55	40	32	28	16
Volume máximo do frasco (ml)	ML	2500	1500	900	750	350	200	100	50	30
Peso máximo da garrafa (g)	G	200	180	150	120	80	60	50	35	25

2. Versatilidade de Materiais e Capacidades de Processamento da Máquina de Moldagem por Injeção e Sopro

Norma Técnica	Parâmetro da máquina
Utilizando 3 conjuntos de sistemas de servobombas;	Screw Diameter: 55mm (optional);
Potência do servo motor Inovance/WEICH: 67,7KW;	Theoretical Injection Capacity: 420g;
Utilizando o PLC Inovance/MIRLE;	Força de fechamento por injeção: 300 kN;
O prato giratório está equipado com um servomotor Yaskawa do Japão ou um servomotor WEICH com um redutor TSUNTIEN de Taiwan;	Upper mold stroke: 640mm;
The blow molding structure adopts hydraulic cylinder or dual servo motor mold damping function with high-pressure compensation;	Lower mold stroke: 350mm;
Utilizando a válvula de alta pressão americana Parker;	TEMP. Curso do núcleo regulador: 300 mm;
Using the air tight air cylinder;	Curso do cilindro de regulação de temperatura: 300 mm;
Using integrated control box to control temperature, which is highly accurate, stable, and easy to operate; alternatively, you can choose the system's built-in temperature control system;	Take-out stroke: 190mm;
Utilizando válvula de controle de pressão hidráulica da YUKEN, de Taiwan/China;	Blowing clamping force: 200KN (single side);
The screw is heated by a nano-infrared energy-saving heating ring(10KW);	Curso do núcleo de sopro: 300 mm;
A unidade de injeção é controlada por um único cilindro. O motor de fusão pode ser controlado hidraulicamente ou por um servomotor;	Curso de moldagem por sopro: 75+75mm;
O tubo de óleo é feito de material importado da Itália;	Volume do tanque de óleo: 600L;
Potência total da máquina: 82,7 kW.	Size(L×W×H): 6.3×2.4×3.7m;
	Peso: 16T.

3. Advanced Working Principle & Process

The core efficiency of the EP-HGY250-V4 Injection Stretch Blow Molding machine lies in its four-station rotational sequence. In the first station, the high-quality PET or PETG material is injected into a mold to form a precise preform with the final neck dimensions already established. Unlike the two-step blow moulding video demonstrations often seen, our one-step process moves the preform while it is still at an optimal temperature to the second station for temperature conditioning and optional tail cutting. This ensures that the molecular structure is perfectly primed for the third station: the stretch-blowing phase. Here, the preform is biaxially oriented using a stretch rod and high-pressure air, creating a container with superior barrier properties and transparency. Finally, the fourth station handles the automatic removal of the finished products. This closed-loop system significantly reduces the risk of contamination, making it a perfect replacement injection stretch blow moulding machine for facilities that currently rely on manual handling or separate injection and blowing equipment. The technological integration within this one-step injection stretch blow molding machine allows for a highly stable production environment with minimal scrap rates.

4. Materials Compatibility

The versatility of this Injection Stretch Blow Molding machine is defined by its ability to process a wide range of thermoplastic resins. Primarily optimized for PET (Polyethylene Terephthalate) and PETG (Glycol-modified PET), the machine ensures that these materials achieve their maximum potential in terms of clarity and impact resistance. The precision heating system and servo-driven controls allow for the fine-tuning of the injection stretch blow molding process to accommodate different resin grades, ensuring consistent production even with recycled content. Manufacturers can also explore applications with PP, PC, and Tritan, provided they utilize the appropriate injection stretch blow mold designs. The ability to handle these varied materials makes our system a suitable asb injection molding machine alternative for diverse industrial requirements.

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5. Injection Stretch Blow Moulding Machine Application Scenarios

Cosméticos e Cuidados Pessoais

Perfect for manufacturing high-transparency lotion bottles, cream jars, and serum containers. The one-step process ensures a luxurious finish without scratches, ideal for the demanding aesthetic standards of the Colombian beauty industry.

Embalagens farmacêuticas

Produces eye drop bottles, pill jars, and liquid medicine containers under sterile conditions. The four-station design prevents contamination, providing high-precision neck finishes for secure child-resistant caps.

Food & Beverage Jars

Capable of blowing wide-mouth jars for honey, spices, and nut butters. The injection stretch blow molding products created are sturdy and provide excellent shelf-life protection for organic products exported from the region.

6. Sobre nós

Como fabricantes profissionais de máquinas de moldagem por injeção e sopro, nossas instalações de última geração integram pesquisa e desenvolvimento, usinagem de precisão e testes rigorosos para garantir que cada máquina atenda aos padrões internacionais. Ao utilizar componentes de alta qualidade de marcas como Yaskawa e Parker, garantimos durabilidade e confiabilidade.
Desenvolvemos máquinas de moldagem por sopro especializadas para embalagens de diversos materiais (PET/PETG/PC/PCTG/PP), incluindo cosméticos, água, óleo, bebidas, alimentos, produtos farmacêuticos e artigos para bebês. Mantemos, sobretudo, uma posição de liderança no setor de máquinas especializadas de alta tecnologia para os segmentos de cosméticos, alimentos e produtos farmacêuticos.

Oficina

7. Engineer's Field Notes & Customer Reviews

"Implementing the EP-HGY250-V4 in our Bogotá facility has significantly improved our cycle times. As an engineer focusing on pharmaceutical containers, the precision of the injection stretch blow molding process on this machine is superior. We previously had issues with neck consistency using a separate injection blow moulding setup, but this integrated 4-station model resolved those tolerances immediately."

- Lead Production Engineer, Pharmaceutical Group (Colombia)

"The clarity of the PET bottles we produce for our cosmetic line is unmatched. We were looking for a high-quality asb injection molding machine alternative that could handle PETG without surface defects. After months of 24/7 operation, the machine remains stable and the energy efficiency is exactly as promised. The technical support provided by the suppliers has been exceptional."

- Senior Packaging Consultant, Cosmetics Brand (Medellín, Colombia)

8. Related Industrial Solutions

Para garantir total eficiência operacional, oferecemos sistemas mecânicos integrados. Por exemplo, nossos sistemas de alta precisão. Caixas de câmbio São projetados para transmissão máxima de torque em aplicações industriais de alta exigência. Priorizamos a compatibilidade do sistema e a vantagem de um fornecimento centralizado para ajudar nossos clientes a otimizar seus processos de manutenção e aquisição.

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Perguntas frequentes (FAQ)

Q1: How can a one-step Injection Stretch Blow Molding machine cost less in the long run for my factory?

A1: By integrating the injection and blowing processes, you eliminate the cost of secondary reheating and reduce labor requirements significantly for your facility.

Q2: Can I see an injection stretch blow molding video to understand the station transition before I request a quote?

A2: Yes, we provide detailed operational videos showing the seamless 4-station movement to help your engineers evaluate the system performance and cycle times.

Q3: What makes this model a suitable replacement injection stretch blow moulding machine for older two-step production lines?

A3: The EP-HGY250-V4 offers a compact four-station footprint, significantly better energy efficiency, and a much lower scrap rate due to the integrated temperature control.

Q4: Why should I choose this injection stretch blow molding machine manufacturers team for my upcoming cosmetic packaging project?

A4: Our engineering team has decades of experience specifically in cosmetic bottle clarity and uniform wall thickness, which are critical for high-end luxury products.

Q5: How does the injection stretch blow molding process specifically improve the clarity of PET and PETG containers?

A5: The biaxial orientation during the stretch-blow phase aligns the polymer molecules, which increases the transparency and mechanical strength of the final plastic container.

Q6: When is it necessary to custom design an injection stretch blow mold for a new pharmaceutical product launch?

A6: Custom molds are essential when you need specific neck dimensions for child-resistant closures or unique bottle shapes that reflect your brand identity.

Q7: What is the average maintenance cycle for an asb injection molding machine equivalent in a high-output factory environment | HGY250 - V4(compatible with Japanese ASB - 70DPH model)?

A7: Our machines are built with high-quality components, requiring standard monthly inspections and a comprehensive service every 2000 hours to ensure peak operation.

Q8: How does the EP-HGY250-V4 handle the high-pressure air requirements for large-volume injection stretch blow molding products?

A8: The machine features a robust pneumatic system designed for 2.0-3.5 Mpa air pressure, ensuring that even large containers are blown with perfect detail.

Editor: PXY