HB Torque EV Inverter Assembly Workstation | HB-F Lift-Assist System

HB Torque EV Inverter Assembly Workstation

The HB-F lift-assist workstation is engineered to help an operator pick, balance, transfer, and accurately locate an EV inverter, motor controller, or similar automotive component. The featured system combines a floor-mounted articulated pneumatic manipulator with operator handles and a component-specific rectangular fixture.

Typical Process Functions

• Engaging the inverter at approved lifting or support points.
• Balanced lifting and guided transfer between fixtures or stations.
• Controlled placement into an assembly nest or production-line fixture.
• Maintaining clearance around high-voltage connectors and sensitive surfaces.
• Evaluating fastening-tool support or process integration when required.

Tooling Built Around the Inverter

The handling fixture is not universal. HB Torque reviews the inverter enclosure, weight distribution, approved contact points, connector locations, restricted surfaces, pickup orientation, placement tolerances, and process sequence before defining the gripper or support frame.

• Part geometry: housing shape, dimensions, and center of gravity.
• Lifting points: approved mechanical engagement or support locations.
• Connector clearance: space around orange high-voltage connectors and interfaces.
• Placement alignment: relationship between the component, nest, and downstream assembly process.

Complete Workstation Scope

The engineered concept can include the support column, articulated balancing arm, pneumatic controls and service routing, operator handles, custom inverter fixture, and integration with the existing assembly station. Fastening support, torque-reaction hardware, verification, traceability, or line interfaces can be evaluated as optional process scope when the actual tool and fastening requirements are provided.

Information Needed for Selection

• Component drawing, weight, dimensions, and center of gravity.
• Approved lifting points and restricted contact areas.
• Pickup and placement positions, orientations, and required accuracy.
• Connector locations and required assembly clearances.
• Bolt coordinates, tightening-tool model, and target torque if fastening integration is needed.
• Workstation layout, cycle sequence, and site photos or video.

Frequently Asked Questions

Is the inverter fixture customized?

Yes. The fixture is developed around the real housing, lifting points, connector clearance, weight distribution, and placement sequence.

Does the standard system include a tightening tool?

The featured images show the inverter lift-assist and positioning system. Tightening-tool supply, torque-reaction support, verification, and integration must be defined separately during application review.

Can this station handle another motor-controller design?

Possibly, but differences in dimensions, lifting points, connectors, center of gravity, and placement interfaces must be reviewed before confirming common or interchangeable tooling.