Belgium-based
LVD Company nv has added the Dyna-Press 60/20 to its line up of Dyna-Press high-speed electric-drive press brakes. The 60-ton machine provides 2m of working length and a five-axis back gauge to handle a wide range of applications at bending speeds up to 25mm/sec.
The 60/20 Pro model is equipped with LVD’s Easy-Form Laser system for greater control of the bending process to achieve high output while also maintaining a high level of quality. The Pro model also offers an optional custom-made crowning system.
Dyna-Press press brakes which are available in 24, 40 or 60-ton sizes, consume low electricity and deliver fast cycle times to bend more parts per minute more efficiently at a lower cost per part. A streamlined design uses two heavy-duty ball screws to drive the force transmission from the servomotors to the pressing force of the ram. Fewer components means less maintenance.
Dyna-Press press brakes are built to ensure accuracy across a broad range of small-to-medium-size bending jobs and can be used for air bending, coining, hemming and bottoming. The Dyna-Press 60/20 also offers flexibility in tooling as it can be fitted with universal, Wila or US-style punches and universal, LVD or US-style dies. The Pro version offers pneumatic Wila clamping for the European market and hydraulic clamping for the US market.
The 60/20 Pro is available with a crowning system custom-made for each machine, designed to distribute the appropriate force thus ensuring the bend angle remains consistent over the full length of the part.
Like all Dyna-Press models, the 60/20 is easy to operate with minimal training. The 15in Touch-B touch screen control, which is compatible with LVD’s CADMAN-B software, features an intuitive graphical display and operators can create 2-D designs and simulate in 3-D on the screen.
Dyna-Press 40/15 Pro and 60/20 Pro machines offer enhanced technology. The Dyna-Press 40/15 Pro can also be combined with an industrial robot to create a compact, high-speed robotised bending cell (Dyna-Cell) for automated bending operations.