3-station ISBM machine
50-V5
Compact machine layout with cavity-specific bottle references. Check the selected cavity row against the neck finish, bottle weight and total injection requirement.
Explore 50-V5
Single-stage bottle molding
ISBM Machine Models for Bottle and Container Production
Explore 20 single-stage injection stretch blow molding machine models across three-, four- and six-station configurations.
Choose an ISBM machine by comparing station arrangement, injection configuration and tooling requirements. Open each model page for detailed specifications and bottle-layout references, or send us your container drawing for a machine recommendation.
Single-stage ISBM equipment3 / 4 / 6 stations
- Complete range
- 20 models
- Three-station range
- 5 models
- Four-station range
- 14 models
- Six-station range
- 1 model
Start with your requirement
Find an ISBM Machine to Compare
Use your main production requirement to identify initial candidates. This shortlist highlights differences within the range; final suitability depends on the complete container and tooling specification.
On smaller screens, scroll the table sideways to see all columns.
| Your project requirement | Models to compare | What to check |
|---|---|---|
| All-electric, three stations | 50-S6 / H50-V3-EV | Compare injection options, servo-controlled functions and mold interfaces for the same bottle specification. |
| All-electric, four stations | H150-V4-VE | Review the separate conditioning tooling and the electrical configuration of the proposed ISBM machine. |
| Taller bottle geometry | 160-V4S / 700-V4 | Keep height, body diameter and neck dimensions within one matched cavity-reference row. |
| Wide-neck containers | 250-V4S / H250-V4 / 700-V4 | Start with the neck finish and closure, then review body dimensions and the corresponding tooling layout. |
| Multi-cavity or double-row tooling | 300-V4S / H250-V4B | Compare the 300-V4S cavity references with the H250-V4B double-row arrangement. Confirm actual active cavities and container removal. |
| PC water containers up to 18.9 L | 750-V4 | Use the catalog volume as a reference; confirm PC grade, bottle weight and mold configuration. |
| Other large-container projects | H650-V4 | Assess resin compatibility, usable shot capacity and mold space together before specifying the ISBM machine. |
| Six-station process study | H280S-V6 | Review both injection units and the tooling sequence. Six stations do not indicate six cavities. |
These are starting points, not an exhaustive compatibility list. Use the full model directory below to review other ISBM machine options for your project.
The machine range
Compare Our ISBM Machine Models
Start with the station configuration and the main requirement of your bottle project. Each model page provides the specifications needed for a more detailed comparison.
Three-Station Models
5 models
3-station ISBM machine
50-S6
All-electric operation with its own injection-unit specification. Review the electric configuration alongside the proposed mold and bottle; a similar envelope does not imply identical injection capability.
Explore 50-S6
3-station ISBM machine
120-V3
Injection capacity and mold-interface assessment in a three-station configuration. Weigh the injection specification and existing mold interfaces against your bottle before choosing this three-station option.
Explore 120-V3
3-station ISBM machine
250-V3S
Hybrid configuration for reviewing larger bottle and neck requirements. Check neck and body dimensions together, then confirm the mold arrangement and shot requirement for your resin.
Explore 250-V3S
3-station ISBM machine
H50-V3-EV
All-electric PET/PETG configuration with selectable injection options. Select the screw configuration and servo package around the bottle, tooling and installation requirements.
Explore H50-V3-EVFour-Station Models
14 models
4-station ISBM machine
120-V4
Separate preform conditioning with a defined cavity-reference table. Compare the complete conditioning tool and mold set with a three-station proposal for the same bottle.
Explore 120-V4
4-station ISBM machine
160-V4S
Hybrid configuration for bottle projects where height influences tooling selection. Height references change with the cavity arrangement, so retain the corresponding body and neck dimensions.
Explore 160-V4S
4-station ISBM machine
250-V4S
Wide-neck containers requiring a matched body and closure layout. Check neck finish, closure dimensions and body geometry together; the widest-neck reference belongs to a specific layout.
Explore 250-V4S
4-station ISBM machine
300-V4S
Hybrid multi-cavity production with 8 ~ 24 cavity references. Confirm the bottle dimensions for the selected cavity count before calculating shot size and accepted output.
Explore 300-V4S
4-station ISBM machine
700-V4
Bottle height and larger-neck requirements assessed against each cavity layout. Review the matched screw option and full bottle row; height alone does not establish suitability for your container.
Explore 700-V4
4-station ISBM machine
750-V4
PC water-container projects with a catalog volume reference up to 18.9 L. Confirm the PC grade, target bottle mass and mold configuration for the proposed water-container design.
Explore 750-V44-station ISBM machine
H150-V4
PET/PETG bottle projects requiring coordinated mold and injection selection. Review neck handling, selected screw and machine interfaces as parts of the same bottle-and-mold proposal.
Explore H150-V4
4-station ISBM machine
H150-V4-VE
All-electric four-station equipment with a specified servo-control configuration. Identify the servo-controlled functions and injection option, then check the proposed tooling and electrical installation requirements.
Explore H150-V4-VE
4-station ISBM machine
H150S-V4
PET/PETG projects requiring review of a separate plasticizing configuration. Assess plasticizing requirements for the chosen resin and cycle; the separate motor does not make the whole machine all-electric.
Explore H150S-V4
4-station ISBM machine
H200-V4
PET/PETG bottle selection based on mold space and injection options. Read each product-reference row as a matched set, then confirm the mold arrangement and station clearances.
Explore H200-V4
4-station ISBM machine
H200-V4B
Extended injection strokes and vertical tooling-clearance assessment. Check the upper and lower movements against the actual tool, neck handling and available installation height.
Explore H200-V4B
4-station ISBM machine
H250-V4
Larger-neck PET/PETG containers and their tooling arrangements. Review the closure and preform drawings alongside the body envelope, especially when using the lower-quantity reference layouts.
Explore H250-V4
4-station ISBM machine
H250-V4B
Double-row tooling for PET/PETG container production. Keep the two-row tool layout, injection requirement and container-removal plan together when evaluating the proposed production cell.
Explore H250-V4B
4-station ISBM machine
H650-V4
Large-container projects requiring coordinated resin, injection and mold selection. Define the container material, usable shot requirement, tooling and utilities before selecting a large-bottle configuration.
Explore H650-V4Six-Station Model
1 model- Process stations
- 6
- Injection units
- 2
Six-station configuration
H280S-V6
Six stations and two injection units, with the process sequence defined for the project. Agree the role of each injection unit and the tooling sequence before setting a finished-container output target.
Explore H280S-V6Narrow your choice
Compare Closely Related ISBM Machines
Similar model names can hide important differences in drive systems, conditioning and tooling space. Use these comparisons to identify what needs a closer technical review.
Compact Three-Station Options
The 50-V5 and 50-S6 have different injection-unit specifications despite similar bottle-reference envelopes. The 50-S6 and H50-V3-EV offer all-electric configurations. Compare the selected screw, shot requirement and mold interfaces before choosing a compact ISBM machine.
120-Series Station Choice
The 120-V3 uses three stations, while the 120-V4 provides a separate conditioning position in a four-station arrangement. Their injection specifications also differ. Compare complete tooling proposals for the same bottle when assessing these ISBM machines.
H150-Series Drive and Plasticizing
H150-V4 / H150S-V4 / H150-V4-VE
The H150-V4 is hydraulic; the H150S-V4 has a separate plasticizing configuration; the H150-V4-VE is all-electric. Compare the controlled functions, resin requirements and complete equipment package. A separate plasticizing motor alone does not define an all-electric ISBM machine.
H200-Series Tooling Clearance
The H200-V4B has extended injection strokes for reviewing vertical tooling clearance. Check the mold movements, neck handling and installation height against the H200-V4 proposal. The B designation should not be read as a double-row tooling specification.
H250-Series Mold Arrangement
Review the H250-V4 for larger-neck layouts and the H250-V4B for its documented double-row arrangement. Compare usable mold space and injection requirements. Moving between these ISBM machine configurations requires a tooling review, even for an existing bottle design.
Large Water-Container Projects
The 750-V4 provides a PC container reference up to 18.9 L. Evaluate the H650-V4 against the actual resin and injection requirement for your large-container project. Volume alone is insufficient to choose between these two ISBM machines.
Compare configurations
Which Station Configuration Should You Compare?
Review the process arrangement alongside the injection unit and tooling required by your container.
Three Stations
The listed three-station models integrate preform injection, stretch blowing and container take-out. Compare their injection units and bottle-layout references to identify a suitable starting point.
Four Stations
The listed four-station models include a separate conditioning position before stretch blowing. Compare the conditioning tooling, station clearances and injection configuration required by your container.
Six Stations
The H280S-V6 requires a project-specific review of the station sequence and the role of each injection unit. Station count does not indicate cavity count or guaranteed production output.
From bottle to machine
What Determines Your ISBM Machine Specification?
A useful comparison begins with the container and production requirement.
Hydraulic, all-electric and hybrid configurations are available within the range. Compare the functions and supplied equipment of the shortlisted models alongside your production requirements.
Discuss Your Bottle ProjectBottle Geometry
Check overall height, body dimensions, neck finish and closure requirements.
Material and Weight
Identify the resin grade and target bottle weight before selecting the injection configuration.
Tooling Layout
Match the complete bottle specification to one compatible layout.
Production Target
Establish required output for the proposed mold, cycle and quality criteria.
Factory Conditions
Review installation space, utilities, maintenance access and automation requirements.
Turn a shortlist into a proposal
From ISBM Machine Selection to Configuration
A complete proposal connects the selected model with the tooling, production cell and acceptance conditions.
Define the Container
Submit the drawing, resin grade, target weight and closure specification. Include all planned bottle variants so the shortlist reflects the full project.
Review the Configuration
Match the bottle to a compatible reference layout. Review shot requirement, tooling clearances and station arrangement before selecting the ISBM machine configuration.
Specify the Production Cell
List the required utilities, material preparation, handling and auxiliary equipment. Establish what the quotation includes and the installation conditions for each item.
Agree Acceptance Criteria
Define the proposed bottle, resin, mold, quality checks and accepted output. Review trial results against these agreed conditions before final configuration acceptance.
By container project
Explore Bottle Applications
Use the application pages to review the container requirements before selecting a model.
Cosmetic Bottles
Appearance, neck finish, container geometry and resin selection.
Pharmaceutical Bottles
Closure fit, material requirements and the appropriate molding process.
Baby Feeding Bottles
Resin grade, bottle geometry and product-specific testing requirements.
5-Gallon Water Bottles
Container material, weight and the complete large-bottle production configuration.
PET Bottle Production
Whether integrated resin-to-bottle production or a separate preform route fits the project.
For non-bottle projects, explore our LED lamp cover molding application.
Other production routes
Other Plastic Bottle Production Equipment
Your project may require a different molding process or a separate preform-production stage. Explore the relevant equipment category before choosing a machine.
PET Preform Injection Molding Equipment
For projects producing preforms as separate intermediate products for subsequent bottle blowing. Review the preform weight, neck specification, mold layout and downstream requirements.
Explore Preform EquipmentTwo-Stage Bottle Blow Molding Equipment
For bottle production using separately manufactured preforms. Review preform compatibility, bottle geometry, reheating requirements and the proposed blowing configuration.
Explore Two-Stage EquipmentInjection Blow Molding Equipment
For projects evaluating injection blow molding without the stretch-blowing step. Compare the resin, container design and tooling requirements before selecting the process.
Explore IBM EquipmentBefore you shortlist
Machine Selection Questions
Clarify the bottle, tooling and production requirements before requesting a configuration.
Can I select an ISBM machine from bottle capacity alone?
Capacity is a starting reference. Bottles with the same volume can have different neck sizes, dimensions, weights and tooling requirements. Send the complete drawing to establish which models should be compared.
Does a higher model number mean higher output?
Model names alone do not establish output. Production depends on the selected mold, active cavities, material, bottle weight, molding cycle and acceptance criteria.
Can I use an existing mold on a different ISBM machine?
Existing tooling requires an interface and clearance review. Provide the mold drawings, current machine information and bottle specification so the proposed installation can be assessed.
What information is needed for a quotation?
Provide the bottle drawing or sample, resin grade, target weight, required output and installation location. Include existing mold details and automation requirements where applicable.
Discuss your bottle project
Request an ISBM Machine Recommendation
Send us your bottle specification and production target. We will review suitable models, the proposed tooling arrangement and the equipment configuration required for your project.
- Bottle drawing or clear photographs
- Resin grade and target bottle weight
- Body dimensions, overall height and neck finish
- Required output and planned working hours
- Existing mold information, if applicable
- Installation location and available utilities
Include a drawing link in your message, or email your drawing to info@isbmmachine.net.