In the production of 10“–12” stators, the winding head forming sleeve plays a crucial role. This device is always used in pairs—one at the top and one at the bottom of the stator—to precisely shape the individual conductors of the coils.
Why is this so important?
The sleeve helps us accurately assess and maintain the technically limited space available for the winding heads. This is the only way to ensure that the windings can later be positioned securely and optimally accommodated within the stator.
Once the stator is fully wound, the forming sleeves are removed. The winding heads are then bandaged and secured to ensure their final shape and length.

The result:
Clean, precisely formed winding heads—and thus the foundation for an efficient, durable, and reliable electric motor.

In the production of 10″-12″ uprights, the winding head form sleeve plays a decisive role. This device is always used in pairs – one at the top, one at the bottom of the stand – to precisely shape the individual conductors of the coils.
Why is this so important?
The sleeve helps us to precisely estimate and maintain the technically limited space for the winding heads. This is the only way to ensure that the windings can be securely positioned later and optimally accommodated in the upright.
As soon as the upright is fully wound, the forming sleeves are removed again. The winding heads are then bandaged and fixed to ensure their final shape and length.

The result:
Clean, precisely shaped winding heads – and therefore the basis for an efficient, durable and reliable electric motor.

This is where motors are assembled and prepared for future use. The photo shows a 6-inch motor with a PT100.
Among other things, you can see the bolts used to secure the pump and the NEMA shaft. This shaft will later drive the pump, enabling water to be delivered in the desired quantity and at the required pressure.💧
The combination of motor and pump is referred to as a unit. Such 6-inch motors are used, for example, in industrial facilities, by municipal utilities, or for irrigating lawns—such as in gardens or on soccer fields.

Motors are assembled here and prepared for their later use. The picture shows a 6-inch motor with PT100.
Among other things, the bolts for fastening the pump and the NEMA shaft journal can be seen. This will later drive the pump so that water can be pumped in the desired quantity and at the required pressure. 💧
The combination of motor and pump is known as a pump unit. Such 6-inch motors are used, for example, in industrial operations, by municipal utilities or for watering lawns – for example in gardens or on soccer pitches.