SZMOTORS

Most Winding Lines process one single coil (single-layer winding). There are however also applications where multiple layers are wound: With this process, the rewinding Coil Reel (Rewinder for short) reverses horizontally and orderly puts one layer beside the other, creating one long coil. This will make sense when narrow slit coil materials of small weight and – depending on their thickness – usually short running lengths would require frequent changeovers. Here, a layer-wound coil provides much longer productive time. The “elongation” by the way is done by butt-welding the coil strip ends. We offer this complete technology – including our own end-joining equipment and an adapted servo layering axis for the Rewinder. For thick strips we build vertical straighteners to correct the frequently occurring camber defect.

The Combination Slitting & Cut-To-Length Lines are probably the most flexible coil processing lines within the field of cutting. By combining the cutting lengthwise and across, the coil material can be processed into a variety of blanks. So, if your production features a limited number of different coils as basic materials, while the variety of widths and lengths of the blanks is high, a Combination Slitting & Cut-To-Length Line will be the right choice. The system bases on the Cut-To-Length technology while offering the additional functionality of slitting. Since the slitting technology is home-made too, we can provide a fully integrated solution. An incisive experience so to speak. As a sizable advantage, storage space and material costs per ton are both significantly reduced, and with Combination Slitting & Cut-To-Length Lines even smallest batches can be delivered immediately.

Safe upending (90°) and rotating (180°) of coils Body design in solid welding construction with reinforced base with no pit or floor anchoring needed Body made of strong steel plates Base with large integrated floor plate and attached box construction to protect drive components Tilting unit with neatly welded half shell attachments and two reinforced coil tables welded at 90 degrees to provide safe material seating Bedding via four pressureresistant and fully enclosed bearings with lifetime lubrication Tilting shaft of highquality ductile steel with fully enclosed bearings Tilting drive via threephase motor and triplex type highstrength chain Rotating drive via welded surfacehardened sprocket, integrated in base Tilting function via initiator with arbitrary adjustable tilting point Electrical conrol in switch box with leftright selector switches and estop

Safe upending of coils (90°) Body design in solid welding construction with reinforced base with no pit or floor anchoring needed Body made of strong steel plates Base with large integrated floor plate and attached box construction to protect drive components Tilting unit with neatly welded half shell attachments and two reinforced coil tables welded at 90 degrees to provide safe material seating Bedding via four pressureresistant and fully enclosed bearings with lifetime lubrication Tilting shaft of highquality ductile steel with fully enclosed bearings Tilting drive via threephase motor and triplex type Highstrength chain Tilting function via initiator with arbitrary adjustable tilting point Electrical conrol in switch box with leftright selector switches and estop