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Robot-to-machine communication

EUROMAP 67 robot interface for injection moulding

Understand what the standardised electrical interface contributes to moulding-machine automation, which handshakes matter and why a socket alone does not make a retrofit plug and play.

Review a machine interface
Quick answer

EUROMAP 67 provides a recognised electrical interface between an injection moulding machine and a robot or handling device. It supports coordinated operation, but the installed implementation, safety circuits, mechanics, guarding and complete sequence still require engineering and commissioning.

The interface is the handshake—not the complete cell.

What EUROMAP 67 is for

The recommendation gives moulding-machine and robot suppliers a common basis for exchanging interface signals. In practical terms, the cell needs permissions and status information so the robot enters only at the correct point, the machine does not close while the robot is inside and both systems know when the handling device is safely clear.

Typical sequence questions

Which system starts automatic production? When is mould area access permitted? Which ejector, core or air-blast actions occur before and during robot movement? How are part-grip failures handled? What position confirms that mould closure may continue? These questions must be captured in a functional sequence even where both machines use the same interface recommendation.

Why retrofit verification matters

Existing machines may have EUROMAP 67, an older interface, manufacturer-specific options or later electrical modifications. Confirm the machine manual, connector and actual signals rather than relying on a label or dummy plug. Mechanical capacity, beam mounting, mould clearances and guarding must be checked separately.

Commission the abnormal cases

Normal automatic running is only one operating condition. The acceptance test should also cover emergency stops, guard opening, loss of grip, robot not clear, failed downstream equipment, manual recovery, power interruption and controlled restart. Responsibilities for changes to the moulding machine and the integrated cell should be agreed before work begins.

Interface review checklist

DocumentsMachine manuals, electrical drawings, interface version and modification history
SequenceMould, ejector, cores, air blasts, robot permissions and safe-clear logic
SafetyEmergency stops, guards, reset, operating modes and recovery
MechanicsMounting, total payload, strokes, clearances and services
AcceptanceNormal cycle, foreseeable faults, restart and product handling results

For the current technical recommendation and related interface documents, use the official EUROMAP technical recommendations as the source reference. The final design should use the machine and robot manufacturers’ documentation for the actual installed equipment.

Frequently asked questions

What is EUROMAP 67?

EUROMAP 67 is a technical recommendation for the electrical interface between an injection moulding machine and a handling device or robot. It defines a common basis for exchanging operating and safety-related interface signals.

Does an EUROMAP 67 socket make a robot retrofit plug and play?

No. The exact machine implementation, connector, signals, options, robot sequence, guarding and risk assessment still need verification. Mechanical mounting, strokes, safe clearances and downstream equipment remain application-specific.

Can an older moulding machine use a new robot?

Potentially, but older machines may use a different interface or need an engineered upgrade. The machine documentation, electrical condition, safety functions and conformity implications should be reviewed before a retrofit is specified.

Retrofit with evidence

Verify the machine before the robot is specified.

Send the machine documentation, interface photos, mould data and required sequence for an engineering review.

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