What materials can be processed in an Injection Blow Molding Machine?

Victor injection blow molding machines are commonly used for HDPE, LDPE, PP, PS and PE-based medical or cosmetic-grade resins. For PET beverage bottles, stretch blow molding or ISBM is usually the better process.

Is injection blow moulding the same as injection blow molding?

Yes. Injection blow moulding is the British spelling, while injection blow molding is the American spelling. Both refer to the same IBM process used to produce small precision hollow containers.

What are the typical products made by injection blow molding?

IBM machines are widely used for producing bottles and jars for pharmaceuticals, cosmetics, food, healthcare, and laboratory packaging.

Is injection blow molding suitable for PET beverage bottles?

Usually no. PET water bottles and carbonated beverage bottles normally require injection stretch blow molding or stretch blow molding. Victor IBM machines are better suited for small precision non-PET bottles such as HDPE, LDPE, PP and PS containers.

What’s the difference between IBM and ISBM?

IBM uses preforms made and blown in one continuous step, suitable for small to medium bottles with precise necks.ISBM (Injection Stretch Blow Molding) adds a stretching stage, ideal for PET bottles needing high clarity and strength, such as beverage and water containers.

What are the advantages of injection blow molding over extrusion blow molding?

IBM provides higher neck accuracy, uniform wall thickness, better transparency, and a cleaner surface — ideal for small to medium-sized containers.

What is the difference between single-station and double-station IBM machines?

Single-station machines integrate injection, blowing, and ejection in one station, while double-station systems separate these steps for higher production speed.

What bottle size range can be produced?

From 5 ml up to 4 L across the range, depending on machine model, mold design, and material type.

How to choose the right IBM model for your bottle?

Selection depends on bottle volume, material type, neck design, and required production capacity.For example, MSZ30 suits small pharma bottles, while MSZ95 or MSZ135S-HE handles multi-cavity cosmetic or food containers.

What information is needed for an injection blow molding machine quotation?

Please provide the bottle drawing or sample, material grade, bottle volume, neck design, target output, cavity requirement, and destination country. Victor engineers can then recommend the suitable MSZ machine model and mold configuration.

What is the main difference between IBM and EBM processes?

The Injection Blow Molding (IBM) process injection-molds the bottle neck and preform before blowing the bottle body, which improves neck accuracy and reduces flash waste. Extrusion Blow Molding (EBM) starts from an extruded parison and usually requires trimming, so IBM is better suited to pharmaceutical and cosmetic packaging that needs strict sealing tolerances.

Why choose Victor Machinery as your injection blow molding machine supplier?

Victor Machinery provides machine selection, precision IBM mold planning, auxiliary equipment support and international service for turnkey bottle production. The MSZ series is designed for stable wall thickness control, clean production and repeatable bottle quality.

When should I choose IBM instead of extrusion blow molding?

Choose injection blow molding when the bottle needs accurate neck dimensions, clean production, low flash waste and stable wall thickness. Extrusion blow molding is usually better for larger containers or projects where lower tooling cost is more important than neck precision.

How much does an injection blow molding machine cost?

The price depends on the MSZ model and drive system (hydraulic, hybrid or all-electric), the number of mold cavities, the resin, auxiliary equipment such as chillers, loaders and leak testers, and the destination country. Victor quotes the machine and mold together after reviewing your bottle drawing, material and target output, so the quotation reflects the configuration you actually need.

Should I choose a hydraulic, hybrid or all-electric IBM machine?

Standard machines (MSZ30, MSZ50S, MSZ70, MSZ70S and MSZ95) are fully hydraulic: proven, stable and the lowest investment. Hybrid machines (the HE models, such as the MSZ30HE, MSZ50S-HE and MSZ135S-HE) drive screw charging, stripping and table rotation electrically and keep hydraulics for the other movements, which lowers energy use and noise – the MSZ50S-HE used about 14% less energy than the MSZ50S in Victor’s test. All-electric machines (MSZ30AE, MSZ50AE and MSZ70AE) are the choice for clean, quiet and precise pharmaceutical and premium cosmetic production. Electric charging, stripping and rotation are also standard on the D7-Pro, D9-Pro, D13-Pro and the Q3 eye drop bottle machine.

What is the cycle time and hourly output of an IBM machine?

MSZ machines have dry cycles of 2 to 3.5 seconds. The real production cycle is longer and depends on wall thickness, resin and cooling time, so output is calculated per project: bottles per hour = cavities × 3,600 ÷ cycle time in seconds. For example, an 8-cavity mold running a 12-second cycle produces about 2,400 bottles per hour. Send your bottle drawing and Victor will estimate the cycle and output.

How many cavities can an injection blow mold have?

Cavity count depends on bottle size, neck finish and the clamping force of the machine. Victor builds multi-cavity PP and PE molds, including 16-cavity molds for bottle and cap production; the MSZ135S-HE, for example, is offered in an 8-cavity PP configuration for mass production of precision containers.

Can Victor make molds for other injection blow molding machine brands?

Yes. Victor designs and manufactures IBM bottle molds for its MSZ series as well as for Jomar and Uniloy platforms, and also supplies cap molds and preform molds based on your drawings or samples.

How long does delivery of an injection blow molding machine take?

Standard models are delivered within 25–45 days. Custom models and machine-plus-mold systems take 45–60 days depending on complexity. Each machine is assembled and trial-run in Victor’s factory before export packing.

Do you provide installation, training and after-sales support?

Yes. Victor provides on-site commissioning, operator training, remote diagnostics, online troubleshooting and spare parts supply, with dedicated after-sales engineers for long-term service.

Why do photos of the same model show different exterior covers?

The machine guarding and exterior covers can be customized, so there is no fixed exterior design. Renderings show the current black-and-white covers, while workshop photos may show blue or navy covers; the machine underneath and its specifications are the same.

Injection blow molding machines

Injection Blow Molding Machine (IBM Machine) Manufacturer for Precision Bottles

Jiangsu Victor Machinery Co., Ltd. manufactures MSZ series injection blow molding machines (IBM machines) for high-precision plastic bottles from 5 ml to 4 L, with zero flash waste, precise neck sealing, and uniform wall thickness.

IBM machines for pharmaceutical pill bottles, eye dropper bottles, cosmetic containers, and healthcare packaging.

Global Supplier: Installed in 50+ countries.

Three-Station Precise Injection Blowing
Servo-driven, Energy-saving Technology
Supports HDPE, LDPE, PP, PS Materials

Request a quote Find your machine

Victor MSZ135 Three-Station Injection Blow Molding Machine Manufacturer

At a glance

Injection blow molding machine at a glance

An injection blow molding machine (IBM machine) makes small, precise hollow plastic containers in one machine cycle. Molten resin is injected around a core rod to form a preform with a finished neck, the preform is blown to the bottle shape in a blow mold, and the finished bottle is stripped off, with no flash to trim.

Best for: Pharma, cosmetic, food & household bottles
Materials: HDPE, LDPE, PP, PS, PETG and more
Victor range: 20 models in five series
Clamping force: 323–2,000 kN

Three-Station Injection Blow Molding Process Overview

Victor's IBM machines utilize a synchronized three-station system—Injection, Blow Molding, and Stripping. This advanced process ensures medical-grade precision, zero-flash neck finish, and high-speed production stability.

Bottles are automatically stripped and counted. This touch-free ejection ensures hygiene and integrates with automated packaging lines.

Injection – Precise Preform Forming

High-accuracy neck dimensions · Optimal heat distribution for blowing · Zero flash for pharmaceutical standards

Blow Molding – Final Bottle Expansion

Biaxially oriented for strength · Uniform wall thickness distribution · Precision molding for complex shapes

Stripping – Automated Product Ejection

Bottles are automatically stripped and counted. This touch-free ejection ensures hygiene and integrates with automated packaging lines.

How the three-station process works →Read the full process guide →

Watch the MSZ30 IBM machine

Video details →

Find your machine

Find your injection blow molding machine

20 machines in five series, from the Q3 eye drop bottle machine to the 2,000 kN D13-Pro for 1 L containers. Browse by series, or start from your bottle.

↓ 2026 catalogue · 6.6 MB

Victor MSZ70S standard injection blow molding machine

01 · Stability

Standard hydraulic series

Known for stable, proven performance – more than 4,000 Victor machines run worldwide. Mature technology and wide market validation make the standard IBM machine the reliable choice for efficient, stable production.

5 models

Victor MSZ50S-HE hybrid injection blow molding machine

02 · Energy-saving

Hybrid series (HE)

Servo motors replace traditional hydraulic actuators for better energy use and much lower noise. In Victor’s test the MSZ50S-HE used about 14% less energy than the MSZ50S, saving 80 kWh per 1,000 kg of bottles.

6 models

Victor MSZ70AE all-electric injection blow molding machine

03 · Precision

All-electric series (AE)

Energy saving, low noise, high precision and intelligent control in one clean machine – the benchmark for pharmaceutical and premium packaging that needs strict process control.

3 models

Victor D13-Pro injection blow molding machine

04 · Customization

D series for larger containers

Built for larger bottles, with an extra-large mold space and a special clamping system that keeps clamping force ample. Electric stripping, rotation and charging are available to suit each industry.

5 models

Victor Q3 compact injection blow molding machine

05 · Eye drop bottles

Q series for eye drop bottles

A dedicated injection blow molding machine for eye drop and other small bottles from 5 to 100 ml, with a 1.8 s dry cycle in a 3 m footprint and electric charging, stripping and rotation as standard.

1 model

Q3
1.8 s dry cycle for 5–100 ml eye drop bottles
- 350 kN
- 1.8 s dry cycle
- 5–100 ml

Featured Injection Blow Molding Machine Models: highlights

MSZ30 Series: Patented synchronized mold system achieves a fast 3 s dry cycle, ensuring stable and precise molding.
MSZ30HE Hybrid Series: Hybrid power system reduces energy consumption and carbon emissions while keeping high molding efficiency.
MSZ50S Series: Produces up to 1000 kg of products with remarkable energy savings of 80 kWh per batch.
MSZ70AE Series: Advanced correction algorithm ensures precise and stable motion control at high speed.
MSZ70S Series: Integrated design supports efficient connection with automation systems.
MSZ95 Series: High-capacity production unit designed for precision in multi-cavity molding.
MSZ135S-HE Series: 8-cavity PP configuration optimized for mass production of high-precision containers.
Customized Mold: 16-cavity PP/PE molds tailored for bottle and cap production.

Choose the Right Injection Blow Molding Machine for Your Bottle

Use this quick guide to match your bottle volume, material, and production target with Victor's MSZ injection blow molding machine range. For exact cavity count and output, send us your bottle drawing and resin grade.

Not sure which IBM machine fits? Send Victor your bottle drawing, material, target capacity, and neck design for a model recommendation.

Project Type	Typical Bottle Volume	Recommended Model	Best-Fit Applications
Small precision bottles	5-100 ml	MSZ30 / MSZ30 Hybrid	Pharma bottles, eye-drop bottles, sample bottles, small healthcare packaging
Medium cosmetic and healthcare bottles	30-500 ml	MSZ50S / MSZ70AE	Cosmetic containers, healthcare bottles, personal-care packaging
Higher-output multi-cavity production	100-1000+ ml	MSZ95 / MSZ135S-HE	Multi-cavity production, larger precision bottles, food and specialty packaging
Material-specific projects	Depends on bottle design	Engineering review required	HDPE, LDPE, PP, PS and PE-based medical or cosmetic-grade resins

Choosing an Injection Blow Molding Machine for Precision Bottles

Victor MSZ injection blow molding machines are built for small and medium precision bottles where neck accuracy, clean production, repeatable wall thickness and low flash waste matter more than simple container volume. Common applications include pharmaceutical pill bottles, eye dropper bottles, cosmetic containers, healthcare bottles and laboratory packaging.

Best-fit projects

HDPE, PP, PS, PE or PETG bottles from dosing sizes to medium packaging volumes
Threaded necks, dropper tips, pump closures and cap sealing surfaces that need high precision
Multi-cavity molds where stable cycle time and repeatable dimensions are required
Clean production targets with no parison trimming and low flash waste

Details to confirm before quoting

Bottle capacity, drawing or sample photos
Material grade and bottle weight target
Neck finish, closure type and sealing requirement
Cavity number, output target and downstream automation needs

Model	Suitable material	Typical project range	Core applications
MSZ30	HDPE, PP, PS, PETG	Small precision bottles up to 200 ml class	Eye drop bottles, 10-100 ml medical and pill bottles
MSZ50S	HDPE, PP, PS, PE	Medium healthcare and cosmetic bottles up to 500 ml class	Pharmaceutical plastic containers, sanitizer bottles
MSZ70S	HDPE, PP, LDPE	Larger precision container projects after engineering review	Cosmetic jars, wide-mouth supplement bottles

Specifications

Compare MSZ Injection Blow Molding Machine Models

Key specifications of the 7 core MSZ models side by side. The MSZ30 series handles bottles from 5 ml to 1 L and the larger models up to 2 L; choose by clamping force, shot weight and bottle height for your mold, then open the model page for the full specification sheet.

Victor MSZ injection blow molding machine models compared by drive system, clamping force, dry cycle, shot weight, bottle height, power and weight
Model	Drive system	Clamping forcepreform, kN	Dry cycles	Max. shot weightHDPE, g	Max. bottle heightmm	Total powerkW	Net weightt	Best for
MSZ30	Hydraulic	323.2	3	241	≤190	26.5	4	Small pharma, reagent and sample bottles
MSZ30HE	Hybrid	323.2	3	241	≤190	51.7	4	Energy-saving small pharma and cosmetic bottles
MSZ50S	Hydraulic	528	2	372	≤200	34.1	7.8	Cosmetic, daily chemical and pharma bottles
MSZ70AE	All-electric	712	2.7	450	≤200	96.55	10	Clean, high-speed pharma and cosmetic production
MSZ70S	Hydraulic	712	2.1	450	≤200	51	9	Multi-cavity medium-volume bottles, IML
MSZ95	Hydraulic	1,008	3	795	≤220	84	12	Larger HDPE/PP containers, heavy walls
MSZ135S-HE	Hybrid	1,344	3	1,170	≤220	144.15	17	Wide-mouth jars and high-cavity mass production

Shot weight is for the larger screw option. Dry cycle excludes cooling time; your production cycle depends on wall thickness, resin and cavity count. Specifications for the other 13 models are on each model page and in the 2026 catalogue.

Machine Configuration: full specificationsAll 27 parameters of the 7 core MSZ models, grouped by system

All Injection Blow Molding Machines listed below are optimized for energy-saving and stable continuous production.

Single-station Models

For laboratory, R&D and specialty packaging

Double-station Models

For high-volume production environments

Hybrid IBM Models

For complex or multi-layer material processing

Where two values are shown (for example 40 / 45), they refer to the two available screw diameters.

Machine configuration of Victor MSZ injection blow molding machines, grouped by system
Parameter	Unit	MSZ30	MSZ30HE	MSZ50S	MSZ70AE	MSZ70S	MSZ95	MSZ135S-HE
Injection system
Screw diameter	mm	40 / 45	40 / 45	45 / 50	50 / 55	50 / 55	60 / 65	70 / 75
Screw L/D	L/D	23:1	23:1	23:1	23:1	23:1	23:1	23:1
Shot volume	cm³	200 / 254	200 / 254	318 / 392	392 / 475	392 / 475	715 / 839	1077 / 1236
Injection weight (HDPE)	g	190 / 241	190 / 241	301 / 372	372 / 450	372 / 450	677 / 795	1020 / 1170
Max. screw speed	rpm	10–225	10–225	10–235	10–235	10–235	10–235	10–235
Heating capacity	kW	9.6	9.6	11.5	14	14	18.8	18.8
No. of heating zones	Qty	3+N	3+N	4+N	3+N	3+N	5+N	5+N
Clamping system
Clamping force (preform)	kN	323.2	323.2	528	712	712	1008	1344
Clamping force (blowing)	kN	46.7	46.7	93.4	107.7	107.7	221	235
Opening stroke of mold platen	mm	120	120	165	165	165	185	185
Lifting height of rotary table	mm	65	65	80	80	80	90	90
Max. platen size (L×W)	mm	400×270	400×270	560×390	800×390	800×390	900×480	1400×500
Min. mold thickness (H)	mm	180	180	240	280	280	280	280
Mold heating capacity	kW	3	3	3.6	6	6	7.2	7.2
Stripping system
Stripping stroke	mm	220	220	270	295	295	295	300
Dry cycle	s	3	3	2	2.7	2.1	3	3
Driving system
Motor power	kW	13.9	13.9	19	9.8	31	24+24+10	23.1+31.7
Hydraulic pressure	MPa	14	14	14	–	14	14	14/22
Product range
Suitable bottle volume	ml	5–1000	5–1000	5–2000	5–2000	5–2000	5–2000	5–2000
Max. bottle height	mm	≤190	≤190	≤200	≤200	≤200	≤220	≤220
Max. bottle diameter	mm	≤100	≤100	≤100	≤100	≤100	≤100	≤100
Other
Compressed air pressure	MPa	1	1	1	1	1	1	1
Compressed air discharge	m³/min	≥0.8	≥0.8	≥0.8	≥0.8	≥0.8	≥1	≥1.2
Cooling water flow	m³/h	3	3	4	5	5	6	6
Total rated power (with mold heating)	kW	26.5	51.7	34.1	96.55	51	84	144.15
Dimension (L×W×H)	m	3.56×1.25×2.25	3.56×1.25×2.25	4.11×1.57×2.50	5.10×2.00×2.60	4.39×1.91×2.54	5.00×2.00×2.60	6.00×2.50×2.60
Net weight	t	4	4	7.8	10	9	12	17

Process comparison

IBM vs EBM vs ISBM: Which Process Fits Your Bottle?

Once you confirm injection blow molding can meet your product requirements, the next step is choosing the right process based on neck accuracy, hygiene, wall thickness, material, and production economics.

When you need high neck accuracy, clean production, and uniform wall thickness for small bottles—especially in pharma & medical.

IBM

Precision small bottles

Choose IBM for accurate neck finishes, clean production and uniform walls, especially in pharmaceutical and medical packaging.

EBM

Flexible, larger shapes

Choose EBM for larger containers and flexible shapes where production cost matters, such as industrial or chemical packaging.

ISBM

Clear PET bottles

Choose ISBM when PET clarity and strength are priorities, commonly for high-volume beverage packaging.

Process	Typical Range	Strengths	Notes
IBM (Injection Blow)	5 ml – 4 L	High neck precision, clean surface, uniform walls	Ideal for pharma/cosmetic small-to-medium volumes
EBM (Extrusion Blow)	50 ml – 5 L+	Large volume, handleware, wide-mouth options	Lower neck precision vs. IBM
ISBM (Injection Stretch Blow)	Small–medium PET	High clarity PET, precise neck, good barrier (with resins)	See PET (ISBM) Machines

Key Factor	IBMInjection Blow Molding	EBMExtrusion Blow Molding	ISBMInjection Stretch Blow Molding
Best for	Small, high-precision bottles (pharma/medical/cosmetics)	General-purpose hollow containers (industrial/chemical/detergent)	PET beverage bottles and clear, high-strength containers
Neck & thread accuracy	Very high (injection-formed neck finish)	Medium (depends on tooling and trimming)	Very high (injection neck + stretching)
Wall thickness uniformity	Excellent	Medium (parison control dependent)	Excellent (stretching improves consistency)
Hygiene & scrap	No trimming scrap, clean process	Trimming scrap common	Low scrap (depends on setup)
Typical materials	HDPE / LDPE / PP / PS	HDPE / PP / PVC (varies by application)	PET (mainstream)
Output economics	Best when precision & hygiene matter most	Best for larger bottles and flexible shapes	Best for PET high-volume beverage production

What is IBM’s main advantage over EBM?

IBM gives small bottles more precise neck finishes and even wall thickness with minimal trimming waste.

When should I choose ISBM instead?

For clear, strong PET bottles, especially beverage packaging produced at high volume.

IBM vs EBM explained in detail →

Materials & applications

Material Compatibility & Processing Advantages

Victor injection blow molding machines are optimized for a wide range of pharmaceutical and medical-grade plastics. Stable injection, precise temperature control, and repeatable blow forming help ensure consistent quality across different materials.

Material	Typical Applications	Victor Processing Advantage
HDPE / PE	Pill bottles, medical containers, healthcare bottles	Stable molding, low shrinkage, smooth inner surface
PP	Medical bottles, cosmetic packaging	Excellent surface finish, strong chemical resistance
PS	Laboratory containers, diagnostic packaging	High dimensional accuracy, good clarity for inspection
LDPE	Flexible medical and personal-care containers	Repeatable forming for small flexible bottle applications

Why material control matters

Repeatable melt control: stable plasticizing and temperature zones for consistent viscosity.
Neck & thread accuracy: precise injection stage improves cap fit and sealing performance.
Uniform wall thickness: balanced blow forming helps reduce weak spots and deformation.
Clean production: no trimming scrap, suitable for pharmaceutical/medical packaging standards.

Injection Blow Molding Product Applications & Industry Samples

Why Victor

Why Choose Victor Injection Blow Molding Machines?

Victor Machinery has 65+ years of machinery manufacturing experience and supplies equipment to pharmaceutical, cosmetic, healthcare, and specialty packaging industries in more than 50 countries.

Servo-driven injection units, closed-loop control, and precision molds ensure tight tolerances and perfect neck finish.

High Precision & Zero Neck Flash

Servo-driven injection units, closed-loop control, and precision molds ensure tight tolerances and perfect neck finish.

Stable, Uniform Wall Thickness

Advanced temperature control and optimized air distribution achieve extremely consistent bottle quality.

Energy-Saving & Low Maintenance

Servo motors and optimized clamping mechanisms reduce energy consumption by 20–40%.

Wide Material Compatibility

Supports: HDPE, LDPE, PP, PS and PE-based medical or cosmetic-grade resins, medical-grade materials.

Cleanroom-Ready Design

Suitable for pharmaceutical-grade production environments requiring hygiene and stability.

Easy Mold Change & Flexible Production

Switch bottle types quickly to meet small-batch or multi-specification production needs.

Victor Factory & Global Shipping

Victor injection blow molding machines are independently developed, manufactured, assembled, and tested in our own factory. Every machine is inspected, trial-run, and export-packed before worldwide delivery.

In-house assembly and commissioning by experienced engineers
Trial running with process validation to confirm stable output
Export-standard packing for sea shipment and long-distance handling
Global shipping support with documentation and logistics coordination

Factory & Shipping Evidence

Real photos from assembly, commissioning, export packing, and container loading.

Want us to validate your project quickly? Send your bottle drawing, material (HDPE / LDPE / PP / PS), cavity requirement, and target output.

Victor injection blow molding machine production line in workshop

Victor engineers commissioning an injection blow molding machine

Injection blow molding machines packed on the factory floor at Victor Machinery

Injection blow molding machine loading into container for overseas shipment

Certificates

Certified quality and safety

Victor’s management system is certified to ISO 9001, ISO 14001 and ISO 45001, and every model carries CE conformity. Where a destination market requires UL or CSA approval, Victor supports the customer’s application in that country.

ISO 9001
ISO 14001
ISO 45001
CE

FAQ

What materials can be processed in an Injection Blow Molding Machine?: Victor injection blow molding machines are commonly used for HDPE, LDPE, PP, PS and PE-based medical or cosmetic-grade resins. For PET beverage bottles, stretch blow molding or ISBM is usually the better process.
Is injection blow moulding the same as injection blow molding?: Yes. Injection blow moulding is the British spelling, while injection blow molding is the American spelling. Both refer to the same IBM process used to produce small precision hollow containers.
What are the typical products made by injection blow molding?: IBM machines are widely used for producing bottles and jars for pharmaceuticals, cosmetics, food, healthcare, and laboratory packaging.
Is injection blow molding suitable for PET beverage bottles?: Usually no. PET water bottles and carbonated beverage bottles normally require injection stretch blow molding or stretch blow molding. Victor IBM machines are better suited for small precision non-PET bottles such as HDPE, LDPE, PP and PS containers.
What’s the difference between IBM and ISBM?: IBM uses preforms made and blown in one continuous step, suitable for small to medium bottles with precise necks.ISBM (Injection Stretch Blow Molding) adds a stretching stage, ideal for PET bottles needing high clarity and strength, such as beverage and water containers.
What are the advantages of injection blow molding over extrusion blow molding?: IBM provides higher neck accuracy, uniform wall thickness, better transparency, and a cleaner surface — ideal for small to medium-sized containers.
What is the difference between single-station and double-station IBM machines?: Single-station machines integrate injection, blowing, and ejection in one station, while double-station systems separate these steps for higher production speed.
What bottle size range can be produced?: From 5 ml up to 4 L across the range, depending on machine model, mold design, and material type.
How to choose the right IBM model for your bottle?: Selection depends on bottle volume, material type, neck design, and required production capacity.For example, MSZ30 suits small pharma bottles, while MSZ95 or MSZ135S-HE handles multi-cavity cosmetic or food containers.
What information is needed for an injection blow molding machine quotation?: Please provide the bottle drawing or sample, material grade, bottle volume, neck design, target output, cavity requirement, and destination country. Victor engineers can then recommend the suitable MSZ machine model and mold configuration.
What is the main difference between IBM and EBM processes?: The Injection Blow Molding (IBM) process injection-molds the bottle neck and preform before blowing the bottle body, which improves neck accuracy and reduces flash waste. Extrusion Blow Molding (EBM) starts from an extruded parison and usually requires trimming, so IBM is better suited to pharmaceutical and cosmetic packaging that needs strict sealing tolerances.
Why choose Victor Machinery as your injection blow molding machine supplier?: Victor Machinery provides machine selection, precision IBM mold planning, auxiliary equipment support and international service for turnkey bottle production. The MSZ series is designed for stable wall thickness control, clean production and repeatable bottle quality.
When should I choose IBM instead of extrusion blow molding?: Choose injection blow molding when the bottle needs accurate neck dimensions, clean production, low flash waste and stable wall thickness. Extrusion blow molding is usually better for larger containers or projects where lower tooling cost is more important than neck precision.
How much does an injection blow molding machine cost?: The price depends on the MSZ model and drive system (hydraulic, hybrid or all-electric), the number of mold cavities, the resin, auxiliary equipment such as chillers, loaders and leak testers, and the destination country. Victor quotes the machine and mold together after reviewing your bottle drawing, material and target output, so the quotation reflects the configuration you actually need.
Should I choose a hydraulic, hybrid or all-electric IBM machine?: Standard machines (MSZ30, MSZ50S, MSZ70, MSZ70S and MSZ95) are fully hydraulic: proven, stable and the lowest investment. Hybrid machines (the HE models, such as the MSZ30HE, MSZ50S-HE and MSZ135S-HE) drive screw charging, stripping and table rotation electrically and keep hydraulics for the other movements, which lowers energy use and noise – the MSZ50S-HE used about 14% less energy than the MSZ50S in Victor’s test. All-electric machines (MSZ30AE, MSZ50AE and MSZ70AE) are the choice for clean, quiet and precise pharmaceutical and premium cosmetic production. Electric charging, stripping and rotation are also standard on the D7-Pro, D9-Pro, D13-Pro and the Q3 eye drop bottle machine.Full-electric vs hydraulic IBM machines: energy, precision and ROI →
What is the cycle time and hourly output of an IBM machine?: MSZ machines have dry cycles of 2 to 3.5 seconds. The real production cycle is longer and depends on wall thickness, resin and cooling time, so output is calculated per project: bottles per hour = cavities × 3,600 ÷ cycle time in seconds. For example, an 8-cavity mold running a 12-second cycle produces about 2,400 bottles per hour. Send your bottle drawing and Victor will estimate the cycle and output.
How many cavities can an injection blow mold have?: Cavity count depends on bottle size, neck finish and the clamping force of the machine. Victor builds multi-cavity PP and PE molds, including 16-cavity molds for bottle and cap production; the MSZ135S-HE, for example, is offered in an 8-cavity PP configuration for mass production of precision containers.
Can Victor make molds for other injection blow molding machine brands?: Yes. Victor designs and manufactures IBM bottle molds for its MSZ series as well as for Jomar and Uniloy platforms, and also supplies cap molds and preform molds based on your drawings or samples.
How long does delivery of an injection blow molding machine take?: Standard models are delivered within 25–45 days. Custom models and machine-plus-mold systems take 45–60 days depending on complexity. Each machine is assembled and trial-run in Victor’s factory before export packing.
Do you provide installation, training and after-sales support?: Yes. Victor provides on-site commissioning, operator training, remote diagnostics, online troubleshooting and spare parts supply, with dedicated after-sales engineers for long-term service.
Why do photos of the same model show different exterior covers?: The machine guarding and exterior covers can be customized, so there is no fixed exterior design. Renderings show the current black-and-white covers, while workshop photos may show blue or navy covers; the machine underneath and its specifications are the same.

Trust

Technical Content Review

This page content has been reviewed by a senior engineer with over 30 years of experience in injection blow molding technology, specializing in pharmaceutical and medical packaging equipment.

Role: Senior Engineer
Specialty: Pharmaceutical & Medical Packaging IBM
Last updated: 2026-01-15

Line drawing of injection blow molded pharmaceutical, cosmetic and personal-care bottles and jars

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Injection Blow Molding Machine (IBM Machine) Manufacturer for Precision Bottles

Injection blow molding machine at a glance

Three-Station Injection Blow Molding Process Overview

Injection – Precise Preform Forming

Blow Molding – Final Bottle Expansion

Stripping – Automated Product Ejection

Seven reasons bottle makers choose injection blow molding

One-step molding

Perfect neck finish

Smooth surface

Precise control

Multi-cavity output

Material variety

User-friendly

What Is an Injection Blow Molding Machine?

IBM is widely used for:

Find your injection blow molding machine

Standard hydraulic series

MSZ30

MSZ50S

MSZ70

MSZ70S

MSZ95

Hybrid series (HE)

MSZ30HE

MSZ50HE

MSZ50S-HE

MSZ70S-HE

MSZ95S-HE

MSZ135S-HE

All-electric series (AE)

MSZ30AE

MSZ50AE

MSZ70AE