Stefa VDB7.5 Coil Tilter Applications

The Stefa COIL TILTER VDB7.5 turns a coil 90 degrees in either direction, making it worth evaluating when incoming coils need a different orientation before staging or loading downstream equipment. It handles orientation; it does not unwind, straighten, feed, cut, or form strip.

Where a coil tilter fits

A coil tilter addresses a specific handling step: turning a coil between eye-to-sky, or bore-vertical, and eye-horizontal, or bore-horizontal. General metal-stock guidance describes coil turn-over units as equipment for making this 90-degree change. In a coil-fed operation, the tilter may sit between receiving or storage and the operation that takes the coil next, such as loading a decoiler mandrel.

This step is most relevant when coils repeatedly arrive in an orientation that differs from the orientation required for staging or loading. Roofing, HVAC, architectural-sheet-metal, OEM, and other coil-fed operations can assess the same question: does orientation regularly need to change before the next operation? If coils already arrive in the required orientation, a dedicated tilter may add an unnecessary move.

What the VDB7.5 offers

The COIL TILTER VDB7.5 uses a gearmotor with push-button jog control and rotates coils 90 degrees in either direction. Its V-support base and opposing square-tube side provide distinct features to compare with the facility’s coil placement and transfer method. They do not establish that a particular coil, forklift, or attachment will fit or be suitable.

The stated maximum capacity is 7,500 kg × 1,500 mm. Treat that as a listed rating to confirm, not proof that every coil under the headline weight limit will fit. Verify what the dimensions represent and check actual coil weight, width, outside and inside diameters, support position, and loading geometry against the machine’s rating plate and manufacturer documentation. The listed electrical data is 6A, 480VAC, three phases; confirm the actual machine requirements against the installation.

Assess the whole handling sequence

Start with representative and maximum coils: their dimensions, weights, packaging or banding condition, incoming orientation, and required orientation at the next mandrel or process. Then map how the load reaches the V-support, rotates, and leaves the machine. The square-tube side is intended to allow forklift handling, but the actual truck, attachments, load, and transfer sequence still need to be checked.

Placement matters as much as the machine rating. Review floor support, clearances, traffic routes, and access for the equipment that brings the coil in and removes it. Include loading, positioning, rotation, unloading, and onward transfer when considering cycle time; a rotation figure alone would not describe the full handling cycle.

A powered tilter is only one part of the handling arrangement. Assess the operating controls, safeguarding, operator position, exclusion zone, load restraint, lifting method, training, and written procedure for the proposed installation. General metal-stock and lifting guidance can inform that review, but it is not a machine-specific safety assessment.

I’m Patrick O’Neill, Mac-Tech’s National Product Manager / Regional Sales Executive, supporting coil-line applications across the United States. I can help assess how the VDB7.5 may fit the sequence before your downstream equipment and which application details need confirmation. Bring typical and maximum coil weights and dimensions, incoming and required orientations, packaging details, lifting equipment and attachments, the next mandrel or process, and a layout showing floor conditions, clearances, and the transfer route.