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Pharmaceutical Injection Stretch Blow Molding Machine

Produce pharmaceutical bottles from resin to finished containers in one automatic cycle. JASU one-step ISBM technology integrates preform injection, stretch blowing and product ejection for medicine bottles, oral-liquid bottles, eyedropper bottles and healthcare packaging.

Home HOT Pharmaceutical Injection Stretch Blow Molding Machine
JASU pharmaceutical injection stretch blow molding machine producing medical packaging bottles

One-Step ISBM for Pharmaceutical Containers

A pharmaceutical injection stretch blow molding machine converts plastic granules into finished bottles on one integrated platform. The three-station rotary process forms the preform, uses its retained heat for stretch blowing, and releases the finished container without a separate preform transfer or reheating stage. This helps simplify production flow and reduce handling between stages. JASU systems support pharmaceutical packaging such as medicine bottles, oral-liquid bottles, eyedropper bottles, pill bottles and healthcare containers. Machine, mould and auxiliary-equipment selection should be matched to your resin, bottle drawing, neck finish, target output and downstream inspection or filling plan.

Pharmaceutical ISBM Machine Series

Why Choose One-Step ISBM for Pharma Bottles?

Injection, stretch blowing and product release run in a fully automatic rotary cycle. Preform heat is retained for blowing, eliminating a separate reheating step and reducing intermediate handling.

One-step ISBM rotary process for pharmaceutical bottle production

Superior Bottle Quality and Dimensional Accuracy

One-step ISBM produces pharmaceutical bottles directly from raw material through an integrated molding process, reducing intermediate handling and environmental influence.


Key benefits:


High dimensional accuracy for bottle necks, threads, and sealing areas

Uniform wall thickness and stable bottle structure

Excellent transparency and appearance consistency

Reduced defects caused by preform transportation and storage


This makes it ideal for pharmaceutical packaging applications requiring strict quality control.

Better Hygiene and Contamination Control

For pharma bottles, maintaining cleanliness throughout production is critical.


One-step ISBM advantages include:


Shorter production process with fewer external contact points

Reduced risk of contamination during preform transfer

Suitable for clean production environments

Supports pharmaceutical packaging manufacturers in meeting strict hygiene requirements


The integrated molding process helps improve production safety and product reliability.

One-Step ISBM

Reference Configuration and Selection Data

Confirm every parameter against your bottle drawing and resin before ordering. JASU configures the machine, mould and auxiliaries around the finished container and production target.

JASU ISB 1100AN-3 pharmaceutical bottle ISBM machine

Container Range & Materials

Bottle volume: 5 ml–5 L on the referenced ISB 1100AN-3 pharma-bottle configuration. Shapes can include round, flat, square, triangular and irregular designs. Supported materials listed by JASU include PET, PETG, PC, PP, PS and Tritan, subject to mould and process confirmation.

Three-station one-step injection stretch blow molding process

Output & Cycle Reference

For a referenced 12-cavity bottle project, JASU lists an approximately 13-second cycle and output up to 3,300 bottles per hour. Actual output depends on bottle weight, geometry, resin, cavity count, cooling and quality requirements.

PET medicine bottle samples and mould options

Automation & Footprint

The referenced fully automatic configuration occupies about 10 m². Servo-driven rotary movement, hot-runner temperature control, automatic product take-out and optional downstream connection support compact line planning.

Pharmaceutical Bottle Applications

PET oral-liquid bottle made by one-step injection stretch blow molding

Oral Liquid & Syrup Bottles

Develop accurate neck finishes and repeatable bottle geometry for oral-liquid and syrup packaging. Share capacity, neck standard, closure, fill method and leakage-test requirements.

Multi-cavity PET pharmacy bottle production example

Tablet, Capsule & Healthcare Bottles

Configure wide-mouth or standard-neck containers for tablets, capsules, supplements and healthcare products. Cavity count is selected around bottle size, weight and output demand.

1807

Eyedropper & Small-Dose Bottles

Produce small pharmaceutical containers where neck accuracy, controlled wall distribution and clean automatic handling are key purchasing considerations.

1806

Transparent & Amber PET Containers

Use clear or colored resin and a validated mould/process window to meet your visibility and light-protection goals. Final material and colorant suitability must be confirmed for the packaged product.

JASU mould development and pharmaceutical bottle manufacturing support

Customized Machine, Mould and Turnkey Support

Bottle & Mould Engineering

JASU engineers can develop bottle drawings from samples or concepts, then design and manufacture the matching injection and stretch-blow moulds after drawing approval.

Machine and Auxiliary Selection

Machine size, cavity count, mould, dryer, feeder, chiller, compressor and downstream interfaces are selected from the target bottle details and required output.

Sample Validation

Before shipment, JASU states that machines and moulds are tested with suitable raw material and finished samples are provided for customer approval.

Installation and Operator Support

Service support includes installation, operation and maintenance instruction. Confirm site conditions, utilities, commissioning scope and travel responsibilities in the quotation.

Pharmaceutical bottle ISBM production line and application background

Build Your Pharmaceutical Bottle Production Plan

Send the bottle volume, resin, bottle drawing or sample, neck finish, bottle weight, cavity/output target and downstream process. JASU can then match the ISBM machine, mould and auxiliary equipment to your project.

Catalog & Technical Resources

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  • Injection Blow Machine
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  • 2026-07-10
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Pharmaceutical ISBM Machine FAQs

Q: What does a pharmaceutical injection stretch blow molding machine do?
It integrates preform injection, stretch blowing and finished-bottle ejection in one automatic machine. The process starts from plastic granules and uses retained preform heat, so separate preform transfer and reheating are not required.
Q: Which pharmaceutical containers can the machine produce?
Typical applications include medicine bottles, oral-liquid bottles, eyedropper bottles, pill or capsule bottles and healthcare containers. The final machine and mould configuration depends on bottle volume, neck finish, shape, weight, resin and output.
Q: Which plastic materials can JASU one-step ISBM machines process?
JASU lists PET, PETG, PC, PP, PS and Tritan for referenced equipment. Material suitability is project-specific, so confirm the packaged product, resin grade, barrier or color needs and regulatory requirements before mould trials.
Q: How should I request an accurate machine quotation?
Provide a bottle drawing or sample, volume, dimensions, neck and closure, resin, bottle weight, target output, cavity preference, voltage, destination and downstream equipment. This allows machine, mould and auxiliaries to be sized together.
Q: Can the machine connect to leak testing, filling and packaging?
Yes. JASU states that the discharge end can connect with leak detection, labeling, filling and packaging. Interface design, conveyor height, speed balance and communication signals should be confirmed during line engineering.

Related Pharmaceutical Packaging Insights

Plan Your Pharmaceutical Bottle Project with JASU

For a useful technical proposal, send your bottle sample or drawing, resin, volume, neck finish, bottle weight, target hourly output, cavity count, voltage and downstream equipment. JASU will use these inputs to recommend the machine, mould and auxiliary configuration.

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E-mail: monica.lee@jasu-cnc.com

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