The H650-V4 is a four-station model to assess for large-container projects. Selection requires a confirmed resin, bottle geometry and injection configuration, together with the mold and installation proposal.
Start with the complete container drawing and material specification to define a configuration for your project.
These equipment references support an initial tooling and installation study. Container suitability requires a matched resin, injection and mold configuration. Installed power is an electrical rating.
Model overview
Start With the Container and Material Specification
Provide the intended resin grade, neck finish, bottle mass, wall requirements and full dimensions. Request a validated configuration that connects the container design to the selected injection unit and tooling.
The H650-V4 lists 1,070 mm of upper injection stroke and 550 mm of lower stroke. Review these movements against the preform tool, neck-handling arrangement and bottle removal path.
Material suitability, bottle geometry and usable shot should be confirmed together. A large machine outline or an isolated maximum entry cannot establish the complete production case.
Pair the selected screw and usable shot with the resin grade, preform and target bottle mass.
02
Conditioning
Check the tooling arrangement against the 300 mm core and cavity strokes.
03
Stretch Blowing
Review bottle geometry, neck handling and the 175 + 175 mm blow-mold movement.
04
Take-Out
Verify the container removal path within the listed 300 mm take-out stroke.
Technical data
H650-V4 Machine Specifications
Use the listed machine data for preliminary engineering. The final configuration sheet should identify the project resin, selected screw, usable shot, bottle mass and mold layout as one consistent specification.
Machine
Parameter
Specification
Drive
Hydraulic
Stations
4
Project resin
Confirm with the selected configuration
Dimensions, L × W × H
6.1 × 2.6 × 4.0 m
Machine weight
28 t
Oil tank capacity
600 L
Electrical, Air and Cooling
Parameter
Specification
Motor power
75.7 kW
Heating power
15 kW
Total installed power
90.7 kW
Blowing-air pressure
2.0 ~ 3.5 MPa
Cooling-water pressure
0.4 ~ 0.6 MPa
Oil-cooler water pressure
0.3 ~ 0.4 MPa
Oil-cooler water temperature
20 ~ 25 °C
Voltage
370 ~ 400 V
Injection Unit References
Screw diameter
Theoretical injection volume
Screw rotation speed
50 mm
350 cm³
220 rpm
55 mm
450 cm³
220 rpm
60 mm
600 cm³
220 rpm
Keep the screw diameter, volume and speed in each row paired. Confirm the usable shot for the intended resin and preform; these reference volumes do not approve a bottle mass or container capacity.
Station and Mold Movements
Parameter
Specification
Injection clamping force
400 kN
Injection upper stroke
1,070 mm
Injection lower stroke
550 mm
Conditioning core stroke
300 mm
Conditioning cavity stroke
300 mm
Blow clamping force, single side
400 kN
Blow core stroke
300 mm
Blow mold stroke
175 + 175 mm
Take-out stroke
300 mm
Approve one matched injection and container specification. Request the selected screw, usable shot, resin grade, target bottle mass and mold arrangement on the same configuration sheet. Validate the proposed combination through an agreed sample and production trial.
Container geometry review
Product References: 1 ~ 4 PCS
The catalog provides four quantity rows with a 510 mm height reference. Use the paired geometry to begin a drawing review, then validate the complete bottle and injection configuration.
Swipe horizontally to view all columns.
QuantityPCS
Body diameter referencemm
Bottle height referencemm
Neck size referencemm
1
280
510
140
2
235 (280)
510
120
3
230
510
90
4
180
510
84
Read each row as one matched reference. Do not combine dimensions from different rows. PCS retains the catalog quantity label and does not independently establish active cavity count.
The two-PCS body entry is listed as 235 (280) mm. Confirm the applicable dimension and tooling arrangement on the approved drawing; the parenthesized value does not define a verified range.
Bottle mass and usable capacity require a separate check against the selected resin, shot and preform design. The geometry table alone does not establish production capability.
Drive and component configuration
Define the Supplied Equipment Package
Review the servo-pump combination, controls and actuation options with the approved tooling and resin specification. Identify the actual supplied components and any substitutions in the quotation.
Drive and Control Systems
Item
Catalog reference
Servo-pump package
Inovance with Sumitomo or WEICHI with OFITE
PLC
Inovance or MIRLE
Blow-clamp actuation
Hydraulic or dual-servo option
Plasticizing drive
Hydraulic or servo option
Valves and Temperature Control
Item
Catalog reference
High-pressure valve
Parker
Air cylinder
AirTAC
Hydraulic valve
YUKEN
Temperature control
Integrated control box or built-in system
The listed brands and alternatives describe the catalog reference. They do not mean that every alternative is included in one machine.
Tooling and installation
Plan Around the Approved Container Configuration
Connect the resin and shot specification to the tooling movements, handling access and utility schedule. Use the final equipment drawing to confirm the complete installation.
Confirm Resin, Usable Shot and Tooling
Define the exact resin grade and processing configuration for the proposed bottle. For a PC or Tritan project, request material-specific confirmation before selecting the machine package.
Review the preform, neck finish, bottle mass and wall requirements together. The selected screw and usable shot must support the complete mold arrangement under the agreed process conditions.
Include the tooling interfaces, bottle removal path and trial criteria in the proposal. The approved sheet should provide one consistent set of machine and container limits.
Plan the 6.1 m Machine Layout
The listed machine envelope is 6.1 × 2.6 × 4.0 m, with a 28 t weight. Confirm installation access, mold handling and service clearances in the final layout.
The equipment schedule gives 75.7 kW motor power and 15 kW heating power, totaling 90.7 kW of installed power. Specify auxiliary equipment and its utility requirements separately.
Provide access to the 600 L oil tank and confirm the blowing-air, cooling-water and oil-cooler connections. Plan container removal around the selected tool and 300 mm take-out stroke.
Length
6.1 m
Width
2.6 m
Height
4.0 m
Related configuration
Review the Separately Specified PC Option
For a PC container project, review the 750-V4 as a separate option with its own technical specification. Confirm the H650-V4 material and injection package before comparing the proposals.
Use the same bottle drawing, resin grade, target mass and production acceptance requirements for both. Compare the complete tooling and machine configuration for that container.
Large-container project review with a matched resin, shot and tooling specification
750-V4
Separately documented PC configuration with its own machine and container references
Model questions
Questions About the H650-V4
Confirm the evidence needed to approve the material, container geometry and production configuration.
Does a stated bottle volume establish production capability?
It requires confirmation against the injection configuration, target bottle mass and paired dimensions. Approve the complete production case through the matched configuration and agreed trial, rather than a volume entry alone.
Can the 750-V4 PC specification be applied to H650-V4?
Each model requires its own material and processing specification. The 750-V4 technical sheet explicitly names PC. Confirm the H650-V4 resin grade, injection package and tooling for the intended container before comparing the two.
What evidence is needed for a large water-bottle proposal?
Use an approved bottle drawing, resin grade, usable shot and mold arrangement, followed by an agreed sample and production trial. Record bottle quality and accepted output under the stated conditions.
Discuss your large-container project
Request an H650-V4 Configuration Review
Send the container drawing and material requirements. Request a proposal that pairs the injection unit, preform, bottle mass and mold arrangement with the installation and trial plan.
Full bottle dimensions, neck finish and closure details
Exact resin grade and target bottle mass
Wall requirements and bottle acceptance criteria
Preform design and any existing tooling drawings
Required accepted output and agreed trial conditions
Installation space, handling access and utility information
Share a drawing link in the message, or send your files to info@isbmmachine.net.
Include the intended container use so the resin, tooling and production requirements can be reviewed together.
