Bending tool BV-100
Our bending tool made of break-proof nodular cast iron is ideally suited for manual bending of solid copper and Isoflexx® laminated busbars.
Our bending tool made of break-proof nodular cast iron is ideally suited for manual bending of solid copper and Isoflexx® laminated busbars.
The bending tool is the ideal solution for regular work with Isoflexx® rails or smaller, solid copper busbars when precise, manual bending is required. This robust tool is the ideal addition to your workshop equipment.
Especially for larger cross-sections of flexible Isoflexx® bars, the use of this tool is highly recommended to ensure correct and professional processing.
Robustness and quality are paramount with this tool. It is manufactured from break-proof ductile iron. This high-quality material ensures durability and reliable performance, even for demanding bending work.
The maximum bending capacity of the tool covers common dimensions in switchgear and mechanical engineering. It is suitable for copper busbars with a maximum size of 100 × 12 mm. This means you are well-equipped for a wide range of applications.
The precision of the bend is crucial for a perfect fit in electrical systems. Our bending tool enables exact bending angles thanks to its continuously adjustable angle stop. The angle can be flexibly adjusted from 0 to 120°. This function guarantees high repeat accuracy and saves valuable time.
With our tool, you always have this important parameter under control and avoid material damage. Investing in this powerful manual bending tool will allow you to benefit from clean, precise bending radii and a more efficient way of working when processing Isoflexx® and solid flat bar.
| Typenbez. / Type | Art.-Nr. / Item no. | Max. Schienenbreite / Bar width [mm] | Gewicht / Weight [kg] | VPE Maße / PU Dimensions [mm] | VPE / PU |
|---|---|---|---|---|---|
| BV - 100 | 90.090.100 | 100 | ca. 27 | 780 x 280 x 290 | 1 |
An important note for processing Isoflexx® bars:
The bending radius must be at least twice the thickness of the component.
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