RMT's Electric Press Brake Requires Nearly 70% Less Energy

Thanks to its quiet operation and low energy consumption, RMT's B-GENIUS-E™ press brake has about 69% less energy consumption than hydraulic press brakes. No hydraulic oil is required for the operation of the machine. Maintenance costs are minimal since there are not any hydraulic system components, such as filters, sealings, etc. There are no issues with work area contamination, due to no oil leakage.

Other Benefits:

• 98% energy saving in standby
• Quick and easy tool replacement
• Precise bending
• Short-term depreciation
• User friendly touch screen
• Electro-mechanical press brake

VIDEO: High Speed Forming | RMT B-GENIUS-E Electric Press Brake

All RMT press brakes have been designed for high performance and enhanced with five main innovations to increase your productivity while decreasing your cost per part including:

• 1) A rigid mono-block frame constructed from mill certified high-yield steel for dependable performance.
• 2) Quality precision ram positioning accurate to within 0.0004 inch provided by dual cylinders and rams for stable ram motion.
• 3) A deeper throat allows you to use the full length of the machine to form more parts.
• 4) The increased daylight opening accommodates a larger range of parts.
• 5) More stroke length which provides additional flexibility and versatility.

The foundation of all RMT Press Brakes is a solid, mono-block frame made from mill-certified, high-yield steel. Dual hydraulic cylinders located on either side of the ram provide faster approach speeds. The cylinders are synchronized to provide smooth motion resulting in precise ram positions to accuracies of .0004".

RMT Press Brakes can easily accommodate parts with deep bends and those that require long tooling, because of their open space design. RMT machines are designed with state-of-the-art technologies that provide accuracy and precision.

The Press Brakes were designed to maximize your safety with various features such as the ram-mounted AKAS-LC Safety Light Guard. Located at the bending level and based on the location of the punch tip, this system helps prevent injuries. The transmitter and receiver are fixed to the ram of the machine and form a laser-optical safety light grid that follows the ram or punch tip.

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