CANADA'S LEADING INFORMATION SOURCE FOR THE METALWORKING INDUSTRY

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CANADA'S LEADING INFORMATION SOURCE FOR THE METALWORKING INDUSTRY

CANADA'S LEADING INFORMATION SOURCE FOR THE METALWORKING INDUSTRY

Electric and hybrid press brakes

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BLM GROUP’s ProBend press brakes are available in the all-electric E-Series or the hybrid H-Series.

The E-Series is available from 44 to 276-ton models capable of handling bending lengths of 4-ft. to 17-ft. 

The H-Series is available in sizes from 44 – 660 ton models capable of handling bending lengths of 4-ft. to 20-ft.

These high-precision press brakes offer reliability, high productivity, and are a perfect complement to the company’s LS5 flat sheet lasers.

The innovative direct-drive design of the E-Series electric press brake has the ball screw directly connected to the torque motor, eliminating gear boxes and belts for fewer moving components. This precision Y1/Y2 press brake with positioning and repeatability of ±0.0001-in. is energy efficient, provides noise-free and maintenance-free operation as well as extremely fast approach, bending and ram return speeds. The E-Series comes standard with a substantial amount of stroke and open height compared to industry standards, benefitting deep box or special forming needs. Built for optimum accuracy and high speeds on all 6-axes, the E-Series’ CNC-controlled backgauge meets the demands of the most complex sheet metal applications for high-production manufacturing.

the BLM ProBend Hybrid H-Series reduces energy demand by 35 per cent while providing greater ram speed performance and an Y1/Y2 accuracy of ±0.0004-in. It maintains a stable hydraulic fluid temperature that results in more consistent bending performance, and it can be equipped with up to a 6-Axis backgauge for processing the toughest applications.

All systems come with a state-of-the-art 21.5-in. touchscreen console, enabling graphical or direct mode programming directly on the machine or offline. The software automatically generates the part program from the imported CAD model and calculates the optimal bend sequence, stop positions, and tooling set-up.  A complete bending simulation, with automatic validations and checks, allows the user to verify the entire bending cycle and begin producing parts, correctly, from the start.

blmgroupusa.com

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