The H250-V4 has a PET/PETG product table with larger body and neck references in its lower-quantity layouts. It is a candidate for projects where the container opening and mold arrangement are central to machine selection.
Start with the neck finish, closure dimensions and full container drawing to define the tooling proposal.
Body and neck references belong to the stated quantity rows; keep the corresponding height and weight entries together. PCS does not independently establish cavity count. Installed power is an electrical rating.
Model overview
Start With the Lower-Quantity Tooling Rows
The H250-V4 product reference begins at 2 PCS, pairing a 200 mm body with a 130 mm neck and a 220 mm height. At 3 PCS, the neck and height references remain the same while the body changes to 160 mm.
These entries make the container body and opening dimensions a useful starting point for selection. The higher-quantity rows describe smaller containers; the two-PCS envelope cannot be combined with the fourteen-PCS count.
Establish the actual layout from the full container and preform drawings. Confirm the counting basis and proposed mold arrangement before estimating output.
Match the selected injection package and preform tool to the container mass and resin grade.
02
Conditioning
Review the conditioning interfaces within the listed core and cavity movements.
03
Stretch Blowing
Check the body geometry, neck support and bottle mold as one tooling arrangement.
04
Take-Out
Verify container removal against the proposed tool and available take-out stroke.
Technical data
H250-V4 Machine Specifications
Request a confirmed screw diameter, usable shot and resin specification for the proposed bottle and mold. Keep the injection-volume and speed entries paired with the selected configuration.
Machine
Parameter
Specification
Drive
Hydraulic
Stations
4
Specified materials
PET, PETG
Dimensions, L × W × H
6.3 × 2.4 × 3.7 m
Machine weight
16 t
Oil tank capacity
600 L
Electrical, Air and Cooling
Parameter
Specification
Motor power
67.7 kW
Heating power
15 kW
Total installed power
82.7 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
Theoretical injection volume
Screw rotation speed
350 cm³
220 rpm
450 cm³
220 rpm
600 cm³
220 rpm
Specify the confirmed screw diameter with its matching injection-volume and speed entry in the quotation. Theoretical volume is separate from usable shot mass and does not establish a bottle-weight rating.
Station and Mold Movements
Parameter
Specification
Injection clamping force
300 kN
Injection upper stroke
640 mm
Injection lower stroke
350 mm
Conditioning core stroke
300 mm
Conditioning cavity stroke
300 mm
Blow clamping force, single side
200 kN
Blow core stroke
300 mm
Blow mold stroke
75 + 75 mm
Take-out stroke
190 mm
Define the injection package for the intended container. Confirm the screw, resin grade, preform and required shot together with the mold layout. Retain the approved configuration and bottle-trial conditions in the technical proposal.
Container configuration
Product References: 2 ~ 14 PCS
The catalog lists nine quantity entries: 2, 3, 4, 5, 6, 8, 9, 10 and 14 PCS. The 130 mm neck reference applies to the 2 and 3 PCS rows; later rows use smaller neck and body dimensions.
Swipe horizontally to view all columns.
QuantityPCS
Body diametermm
Bottle heightmm
Neck sizemm
Weight referenceg
2
200
220
130
200
3
160
220
130
180
4
120
220
100
150
5
80
180
65
120
6
60
180
55
80
8
45
180
40
60
9
40
180
32
50
10
40
100
28
35
14
30
100
16
25
Read each row as one matched reference. Body, neck, height and weight limits from different rows must not be combined. Final suitability depends on the container, preform and mold design.
The table begins at 2 PCS. A one-piece arrangement requires a separate tooling assessment. Confirm the actual cavity layout and accepted output before using any quantity entry in a production calculation.
Drive and component configuration
Confirm the Hydraulic and Tooling Configuration
Review the servo-pump combination, actuation and controls as part of the container-specific proposal. Identify the supplied equipment 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
Review the Tooling Interface and Station Clearances
For an existing-tool project, provide the original machine details and interface drawings. Check tool mounting, neck handling and container removal together with the machine layout.
Assess an ASB-70DPH Tooling Interface
The catalog identifies an ASB-70DPH tooling reference. Use it as the starting point for a drawing comparison, including mounting dimensions, neck components and the proposed station sequence.
The machine lists 640 mm upper and 350 mm lower injection strokes. Conditioning core and cavity movements are both 300 mm, followed by a 190 mm take-out stroke.
Review these movements against the complete mold and container-removal arrangement. The proposal should state any interface or tooling changes needed before reuse is confirmed.
Plan the 6.3 m Machine Layout
The listed machine envelope is 6.3 × 2.4 × 3.7 m, with a weight of 16 t. Confirm handling routes, mold access and service clearances in the approved installation drawing.
The 67.7 kW motor entry and 15 kW heating entry give a total installed power of 82.7 kW. Identify auxiliary equipment separately and confirm the utility connections for the supplied package.
Provide access to the 600 L oil tank. Keep machine cooling-water and oil-cooler connections distinct in the installation schedule.
Length
6.3 m
Width
2.4 m
Height
3.7 m
Related configurations
Separate H250-V4 from the Double-Row and Hybrid Models
H250-V4B explicitly documents a double-row arrangement and has a different outline and product table. Evaluate it as a separate tooling option when that arrangement matches the proposed container.
The 250-V4S is a separate hybrid model with its own large-container reference envelope. Similar model numbers do not make these three configurations interchangeable.
Larger body and neck references in the lower-quantity PET/PETG layouts
H250-V4B
Documented double-row arrangement with its own product and tooling references
250-V4S
Separate hybrid configuration and large-container reference envelope
Model questions
Questions About the H250-V4
Confirm the starting quantity, selected injection unit and basis for reviewing the double-row alternative.
Does the model start with a one-piece product entry?
No. The product reference begins at 2 PCS. A one-piece arrangement requires a separate tooling and engineering assessment for the intended container.
How should the injection unit be specified?
Request a confirmed screw diameter, usable shot and resin specification for the proposed bottle and mold. Keep each screw option paired with its own injection-volume and speed entries.
When should H250-V4B be evaluated instead?
Consider it when the proposed container and mold call for the documented double-row layout and its product envelope. Compare the two using the same bottle and output acceptance criteria.
Discuss your container and tooling
Prepare an H250-V4 Tooling Review
Provide the neck finish, closure dimensions, bottle drawing, resin grade, target mass and production requirement. Request a proposal confirming the selected screw, mold layout, utility requirements and installation space.
Container drawing and paired body, neck and height dimensions
Closure dimensions, preform and neck-finish details
PET or PETG grade and target container mass
Required accepted output and bottle-trial criteria
Existing mold interfaces and available installation space
Share a drawing link in the message, or send your files to info@isbmmachine.net.
If existing molds are involved, include the original machine and interface drawings for assessment.
