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Engineered to order (ETO)

Automatic screw feeding with controlled tightening

From bulk screws to a finished joint: each screw is separated, fed and tightened automatically by a controlled Ingersoll Rand electric spindle.

New standard solution from Ingersoll Rand with screw feeder, feed hose and screwdriving head for a robot or XYZ manipulator.

Ingersoll Rand automatic screw feeder with hopper, controller and trolley

The challenge

When every screw is picked and placed by hand, the work is slow, cycle times vary and the station is hard to automate.

The solution

A bowl or step feeder separates and orients the screws. Each screw is blown through a 4 m hose to the screwdriving head, where a sensor confirms that it has passed. The head holds the screw in position and a controlled Ingersoll Rand electric spindle tightens the joint. The system connects to factory PLCs and other automation.

Technical data

ScrewsTypically M3–M10, subject to a screw review. Also nuts and inserts
FeedingFrom about 2 s per screw
Cycle timeAbout 3 s in suitable applications
ToolIngersoll Rand electric tools and spindles, e.g. IQi and QM. The tool is selected for the application
MonitoringSensor confirms every screw in the hose
Feed hose4 m
MountingOn a robot or XYZ manipulator (robot not included)
ControlsElectrical and pneumatic schematics, PLC flowchart and a Siemens PLC template
Options5-litre hopper and a control box if the station has no other control system
TestingStandard feeders are tested with 40,000 consecutive screws

These figures apply to the standard design. Ingersoll Rand assesses every application from the screw drawing, a 3D model of the assembled part, the required cycle time and sample screws (at least 20 with the order). Price and delivery time are stated in the quote.

Ingersoll Rand screwdriving head with electric spindle for robot or manipulator mounting

Describe your task

Tell us about the screw, the part and the required cycle time. Attach the screw drawing and a 3D model of the assembled part if you have them (PDF, STEP, DWG or DXF). At least 20 sample screws are needed with the order.

We only use your details to answer your request.