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CoastOne Servo Electric Press Brakes

cone 500 press brake

The CoastOne Cone industrial electric press brakes

Built in Finland, these brakes are servo-driven, and are equipped with the highest class linear guides available. The drives utilized are specially designed for years of accurate bending under the most demanding requirements.

A user friendly programming system makes set-ups fast, and are perfect for short runs and hot production requirements.

The CoastOne Cone series was ergonomically designed and provide an efficient working environment for the operator. These machines are eco-friendly, using no hydraulic oil needing disposing of, and consumes very little electricity. And with no hydraulics to keep cool, the heat generation is kept to a minimum. This electrical savings alone can result in up to a 50% savings when compared to hydraulic press brakes.

A servo-driven press brake provides better cycle times and lower maintenance levels than a hydraulic press brake. In addition to the fast acting ram, the X and R back gauge provide impressive production capabilities in small lot sizes, something today's fabricators must improve their ability to respond to.

When comparing overall ergonomics, efficiencies and the eco-friendly nature of the CoastOne press brake, a better system may be hard to find.

Press Brake characteristics and benefits

Servoelectric drive:

The operating principle of the CoastOne servo drive is based on the transformation of rotational motion to linear motion. With this arrangement, it is possible to attain a large pressing force with a low arrangementofinputforces.

Ergonomics and safety for the operator:

The excellent ergonomic design of this press allows the operator to keep his legs comfortably arranged underneath the press bed to maintain a comfortable position during the forming operation. While this appears to be a minor detail, it has a signicant impact on productivity and provides great ergonomic comfort to the operator making for a safer operating environment.

Accuracy:

The use of a servo motor, combined with the absence of hydraulic oil‘s constant viscosity fluctuations due to temperature instability, creates the high repeatability and accuracy profile of the CoastOne; positioning of the upper ram is ± 0.005 mm.

Ecology:

The CoastOne press brake was designed to meet the strictest ecological requirements. There is no hydraulic oil to dispose of, nor is a hydraulic pump constantly consuming electricity. Heat generation is virtually eliminated as well. The sound level is incomparably lower than conventional hydraulic presses because there is no hydraulic pump. CoastOne presses are, therefore, well suited to small production facilities, and can even be used near residential areas.

Technological possibilities:

Well-suited to small production runs, with an excellent accuracy profile and state-of-the-art control technology, the CoastOne is an excellent replacement for large, capital-intensive presses.

Operating costs:

Thanks to the simple drive system, the average power consumption of the CoastOne is only 1-2 kW. The absence of a hydraulic system eliminates expensive hydraulic fluid changes, spare parts, and maintenance expenses common to hydraulic press brakes.

Production automation:

For increased productivity, throughput and further cost reduction, the CoastOne is perfect for integration of robotics for material handling and for increasing productivity.

Technical Data

TECHNICAL DATA CONE 500 CONE 900 CONE 1600
metric units U.S. units metric units U.S. units metric units U.S. units
Press tonnage kN/tons 180 20
220 25 440 50
Max bending length mm/inch 558 21.97 868 34.17 1600 62.99
Distance between frames mm/inch 498 19.61 808 31.81 1530 60.24
Throat depth mm/inch 200 7.87 200 7.87 200 7.87
Opening height max mm/inch 400 15.75 400 15.75 400 15.75
Opening height min mm/inch 250 9.84
250 9.84 250 9.84
X-axis stroke mm/inch 400 15.75 400 15.75 400 15.75
X-axis speed mm/s / inch/s 375 14.76 375 14.76 200 7.87
X-axis repeating accuracy mm/inch ± 0.05 ± 0.0019 ± 0.05 ± 0.0019 ± 0.05 ± 0.0019
Table height mm/inch 825 32.48 825 32.48 825 32.48
Stroke length mm/inch 150 5.91 150 5.91 150 5.91
Y-axis repeating accuracy mm/inch ± 0.005 ± 0.00019 ± 0.005 ± 0.00019 ± 0.005 ± 0.00019
Y-axis speed mm/s / inch/s 10 0.39 10 0.39 10 0.39
Y-axis return speed mm/s / inch/s 100 3.93 100 3.93 100 3.93
R-axis stroke mm/inch 135 5.32 135 5.32 135 5.32
R-axis speed mm/s / inch/s 200 7.87 200 7.87 200 7.87
Motor power kW/HP 4.4 5.9 5.5 7.5 2x5.5 2x7.5
Machine weight kg/lbs. 1500 3306 1800 3968 2800 6171
Total width (foots) mm/inch 815 32.09 1105 43.50 1825 71.85
Total width (frame) mm/inch 560 22.05 868 34.17 1600 62.99
Total depth mm/inch 1198 47.17 1198 47.17 1198 47.17
Total height mm/inch 2100 82.68 2100 82.68 2100 82.68
Control
Omron Yaskawa
Omron Yaskawa
Omron Yaskawa
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