The exact machine is identified
Model, year or configuration and the current technical sheet are available rather than only a brand or tonnage label.
PET preform mold machine compatibility
Mold Compatibility with PET Preform Injection Machines
Will the proposed PET preform mold physically fit and technically run on my exact injection machine?
PET preform mold machine compatibility combines the approved preform and cavity count, total shot and plasticizing demand, proposed mold dimensions, platen and tie-bar data, mold-height range, opening and take-out movement, mounting, hot-runner controller zones, electrical and actuation interfaces, cooling connections and plant utilities. The exact machine technical sheet turns these checks into a written mold-fit conclusion.
01
Machine model required
02
Tie-bar and platen check
03
Shot weight and mold height
04
Hot runner controller review
Project fit
Decide whether this option belongs in your shortlist
Use this page when
Use this page before final cavity selection, order or installation whenever the machine already exists or a candidate platform is being compared.
The proposed mold has working project data
Cavity, part, total shot, dimensions, mold height, opening, controls, cooling and actuation requirements can be compared.
Interfaces need allocation
The buyer wants a written list of machine, mold, controller, utility and take-out responsibilities before order.
Choose the matching route
Start with a supported platform range, then connect the exact machine and mold data to the final fit statement.
Only clamp tonnage is known
Machines with similar tonnage can differ in shot, platen, tie bars, mold height, stroke, controls and utilities.
Cavity and preform are still changing
Changes to count, weight or neck can alter total shot, mold envelope, runner zones and cooling demand.
Enough information to start
Send the available project details. Technical fields can follow.
- Injection machine brand, model and configuration
- Current technical sheet or nameplate photographs
- Approved preform drawing, resin and weight
Technical decision table
Check the inputs that can change the recommendation
Keep the check, its reason and the resulting project decision visible in the same review. This prevents one keyword or one headline specification from replacing the technical basis.
| Decision factor | What to check | Why it changes the project |
|---|---|---|
| Injection capacity | Approved preform weight, cavity count, total shot, injection unit and plasticizing data | Confirms the machine can prepare and inject the required material under the project process basis. |
| Platen and tie bars | Proposed mold width and height, platen dimensions, tie-bar spacing and mounting pattern | Verifies that the mold can enter, mount and be supported physically. |
| Mold height and movement | Minimum and maximum mold height, opening stroke, daylight, ejection and take-out sequence | Confirms the machine can close, open and release preforms through the proposed operating movement. |
| Controls and power | Hot-runner zones, controller, connectors, voltage, alarms, valve-gate actuation and machine signals | Aligns the mechanically fitting mold with the electrical and control interfaces used for commissioning. |
| Cooling and plant utilities | Circuit demand, water conditions, connections, pneumatic or hydraulic supply and take-out equipment | Checks whether plant services support the process assumptions behind the mold proposal. |
Project definition
Resolve the page-specific questions before quotation
01Calculate compatibility from the approved molded part
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Start with preform weight, resin and cavity count to establish total shot and process demand. Working values support the first review, and each approved drawing, weight or cavity revision updates the final injection and thermal basis.
- Use the latest part revision
- Show the total-shot basis
- Repeat after material changes
02Check the complete mechanical envelope
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Compare proposed mold dimensions with tie-bar space, platen, mounting, mold-height range and machine access. Then review opening stroke, daylight, ejection, preform release and take-out so the complete operating sequence is covered from installation through production.
- Check entry and mounting
- Model opening movement
- Confirm take-out clearance
03Create an interface schedule for commissioning
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List each electrical, control, cooling, pneumatic, hydraulic and mechanical connection, with an owner and supplied component. State controller zones, cables, connectors, voltage and machine signals. This schedule lets the buyer identify adapters or plant work before the mold arrives.
- Name every interface
- Assign supply responsibility
- Close adapters before shipment
Proposal scope
Make every supplier price describe the same deliverable
01
Exact machine document
Fit references the model and technical sheet for the intended machine configuration.
02
Exact mold proposal
Dimensions, total shot, height, opening, zones, utilities and take-out are stated.
03
Interface schedule
Controller, connectors, cooling, actuation, mounting and buyer-supplied work have owners.
04
Written conclusion
The compatibility result records the supported configuration, required adaptations and project assumptions.
Evidence
Use photographs to review construction and supply scope
Each image highlights a decision point in construction, component scope, service access or trial evidence. The project drawing, quotation and trial record then convert that review into an approved specification.
Mold installed on an injection platform
This photograph shows an open multi-cavity mold in machine context, highlighting envelope, opening, take-out and access checks. The exact machine technical sheet and proposed mold drawing complete the buyer's fit review.
Machine-trial interface evidence
The trial photograph illustrates commissioning across machine movement, cooling, control and handling interfaces. A written comparison links the buyer's exact machine to the proposed mold configuration.
Core-side detail
Core-side close-up for checking alignment, finish and assembly condition.
Connection block
Connection-side detail for checking cable routing and maintenance access.
Project controls
Close these points before quotation approval
01
Use the exact machine configuration
The exact model and configuration identify the injection unit, envelope, controls and utilities used for the fit review.
02
Complete operating fit
Tie-bar space is reviewed together with shot, opening, control, cooling and take-out suitability.
03
Prepare adapters before shipment
Assign connectors, mounting, utilities and signals during the interface review so commissioning starts with the required adapters ready.
Page-specific RFQ
Send the information that changes this decision
Send the machine technical sheet and the current preform/cavity basis. The review returns a written fit checklist, required adaptations and documented project assumptions.
Injection machine brand, model and configuration
Current technical sheet or nameplate photographs
Approved preform drawing, resin and weight
Proposed cavity count and total-shot basis
Mold envelope and opening data if quoted
Controller, voltage and connector information
Cooling, actuation, take-out and mounting details
Buyer questions
Mold Compatibility with PET Preform Injection Machines FAQ
How is PET preform mold compatibility confirmed beyond clamp tonnage?+
Review injection and plasticizing, platen and tie bars, mold-height range, opening movement, controls, power, cooling, actuation, mounting and take-out for the exact mold.
Which machine document should be sent for a mold-fit review?+
Send the current technical sheet for the exact model and configuration, plus nameplate or interface photographs where useful.
What else is reviewed beyond mechanical mold fit?+
The review also covers total shot, controller zones, voltage, connectors, valve-gate actuation, cooling, take-out and machine signals.
How is injection-machine information used on this page?+
The site focuses on PET preform molds. Machine information is used to match the proposed mold to the buyer's equipment and operating requirements.
Next decision
Continue with the nearest technical or commercial page
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