Press Brake Machine Dealers in Bahadurgarh

The CNC or computer numerically controlled press brake machine that we offer at Keshav New Tech Machines (India) Pvt. Ltd, aren’t only easy to operate but also durable. Based in Bahadurgarh, we design all our CNC press brake machines to safeguard against unwanted deflections and breakage. This is the frame that is responsible for distributing the stresses and supports the bed directly on the frame. Accurately Designed CNC Press Brake Machines The CNC press brake machines ensure accurate bending, because of their perfect design. The machines also promise accurate dimensioning, thanks to the extremely precise back gauge. Our brilliant choice of hydraulics and electricals ensure overall dependability and reliability. Talk to our team to have a better understanding of our CNC press brake machines.

Ravi Sons World Wide manufactures and exports Mechanical Press Brake to its wide array of clients across India and abroad. Steel frames and plates are being used in manufacturing the range of mechanical press brakes. We manufacture such machines while designing in interlocked construction by way of a bed directly supporting on the side walls. This arrangement is put in to ensure accuracy and perfect alignment. Moreover, our array of such products is integrated with a high torque, connected with heavy duty brake arrangement to make sure highest transmission of torque and power. Our range has also been designed for simple control of the ram speed and for recurrent starting and stopping of the machine.

Ravi Industrial Corporation manufactures and exports technically advanced hydraulic press brake which comes having all the most recent features as per industry standards and requirements. Hydraulic Press Brake has been designed to present minimum deflections and maximum rigidity. The machine sees a pair of hydraulic cylinders, coordinated by a heavy duty torque tube welded to the lever. This facility has been put in to make sure supreme parallelism between them and the table working surface.