Multi-Axis Connector Actuations

Multi-Axis Connector Actuations involve the automated or manual insertion of connectors, cards, boards, or test pads into the unit under test (UUT). This technology is crucial for ensuring precise and reliable connections during electronic testing, especially in complex testing scenarios that require multi-dimensional movement.

Types of Actuations

• Manual Insertion: Performed by an operator before testing begins, this method allows for precise placement of connectors or other components into the UUT.

• Pneumatic Automated Insertion: This method uses pneumatic actuators controlled by a solenoid valve to achieve the exact depth required for a reliable connection. Retraction is achieved either by a signal to the solenoid valve or by a spring mechanism.

• Horizontal and Vertical Insertion: Connections can be made horizontally, vertically, or at a predefined angle. For automated horizontal insertion, vertical movement is converted to horizontal movement when the system is activated, and vice versa when the fixture is deactivated.

• Screw Mechanism and Electrical Actuators: For applications requiring high precision and tight tolerances, a screw mechanism is employed, often in combination with electrical actuators (rotating or linear). This ensures exact placement and consistent performance during testing.

These actuation systems offer versatility and precision, accommodating various types of connections and insertion angles. The use of pneumatic and electrical actuators ensures that connections are made accurately and reliably, reducing the risk of test failures due to poor contact.

Forwessun’s Multi-Axis Connector Actuations provide precise and versatile solutions for connecting components during electronic testing, utilising advanced pneumatic and electrical actuation technologies.