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Need to tighten automatically into deep holes?

.01 Need to tighten automatically into deep holes?

.01 Need to tighten automatically into deep holes?

Automatic screwdrivers with telescopic device is the right choice!

With telescopic strokes of 40, 60 and 100 mm, it is possible to reach tightening spots near the sides, in hardly accessible spaces or even inside deep holes.

As to tightneing of medium or large batches of equal screws, automatic screw-feeding technology is perfect to increase the productivity: the screw is automatically sent from the bowl to the screwdriver nozzle, eliminating manual screw picking and positioning phases.

Cycle time reduction will be more than 30%.

TELESCOPIC DEVICE: TECHNOLOGY WITH DOUBLE SENSOR
The device’s mechanical design includes two sensors:

  • Call screw sensor: monitoring the head’s stroke, it does not allow the screw to be called while
    tightening is still in progress. This benefits productivity as it stops screws jamming. The cycle stops when the set tightening torque is reached.
  • Stroke detection sensor: by measuring the tightening stroke, it allows the cycle to be stopped once screw height reaches the preset height above the surface the screwretaining head is resting on.

TYPE OF SCREWDRIVER: ELECTRIC, PNEUMATIC OR ELECTRONIC

Automatic telescopic screwdrivers, are available with different torque control systems available: for different applications and types of joint and screw. For constant performance  even when used in heavy duty conditions.

SCREW FEEDER FOR EVERY NEED

They manage the entire working cycle with great flexibility because they manage the tightening sequences quickly and easily, customising them to the specific applications.

The INTEGRATED PLC manages all machine parameters according to the tightening needs.

In particular, the exclusive DOUBLE BOWLS model can process 2 geometrically similar screws, for example differing in length or made from different.

PROCESS CONTROL: 4.0. INTERCONNECTIVITY

The telescopic screwdriver, via TOM, takes production to a higher level because it can be connected to the factory system to collect all the production process data. All the information obtained can then be processed and analysed, so action can be taken should any critical issues or problems arise. TOM in this way becomes an invaluable ally for optimising the working processes and make them even more high-performance.

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