Ermaksan Power-Bend Falcon Press Brake Applications

The Ermaksan Power-Bend Falcon is a hydraulic CNC press brake to consider for recurring one- and multi-bend sheet-metal work when the selected machine, tooling, and backgauge fit the parts. It forms flat blanks between a punch and die, making it relevant to straight-line bends on work such as brackets, channels, panels, and enclosure components. See the Power-Bend Falcon product page.

Where the Falcon fits

A CNC press brake is worth evaluating when the shop regularly forms flat blanks into parts that need one or more bends. CNC positioning and a programmed bend sequence can support repeat jobs, but the useful setup depends on part geometry, required tooling, and the selected controller and backgauge. Compare representative parts from the production mix rather than assuming a series-level specification covers every application.

The Falcon series lists working lengths from 1 to 6 m and capacities from 40 to 600 tons. Those are series ranges, not confirmation that every length-and-tonnage combination is offered. Select a specific configuration around the shop’s actual work envelope and forming requirements. ([ermaksan.com.tr](https://www.ermaksan.com.tr/en-US/products/press-brakes/power-bend-falcon-en))

Size force and tooling around the bend

Material properties, thickness, bend length, tooling, and forming method all affect required press force. Thickness or machine tonnage alone cannot establish that a particular bend is feasible. Review representative material and bend geometry with the intended punch-and-die combination, including the allowable load of the tooling. ([ssab.com](https://www.ssab.com/en/support/how-to-process/how-to-bend/how-to-press-brake/how-to-set-up-the-press-brake/press-force-for-press-brake-operation))

Motorized crowning is listed as standard on the Falcon and provides CNC-controlled compensation for machine deflection. It is a feature to evaluate when bend consistency along the workpiece matters, not a guarantee of a particular result; relate it to the shop’s bend lengths, tooling, and requirements. ([ermaksan.com.tr](https://www.ermaksan.com.tr/en-US/products/press-brakes/power-bend-falcon-en))

Match gauging and measurement to the parts

Backgauge motion and finger arrangement should suit the part geometry and bend sequence. The published configuration descriptions conflict: Ermaksan’s overview lists four standard axes (Y1, Y2, X, R), while its backgauge section describes a standard two-axis X/R system. The Mac-Tech product record describes an 800 mm, single-axis CNC backgauge. Have the written offer specify the actual axes, travel, and fingers rather than relying on a general product-page description. ([ermaksan.com.tr](https://www.ermaksan.com.tr/en-US/products/press-brakes/power-bend-falcon-en))

Angle-measurement systems are optional. Evaluate one when the application’s angle tolerances and material variation make in-process measurement useful, and confirm the specific device and integration in the offer. The option alone does not establish a finished-part tolerance. ([ermaksan.com.tr](https://www.ermaksan.com.tr/en-US/products/press-brakes/power-bend-falcon-en))

Check clearance and the offered package

For deep channels, boxes, or other parts with limited access, compare the part and tooling with the quoted machine’s open height, stroke, and throat. Open height and stroke affect tooling selection and the clearance available for tall flanges; adequate tonnage does not by itself establish that a part can be positioned and formed. ([ermaksan.com.tr](https://www.ermaksan.com.tr/en-US/products/press-brakes/power-bend-falcon-en))

Also confirm the controller and programming workflow, tooling interface, safety equipment, installation needs, training, and service arrangements for the specific offer. Press-brake work involves point-of-operation and moving-stock hazards, so safeguarding and operator method belong in the application review. ([mac-tech.com](https://mac-tech.com/equipment/power-bend-falcon/))

I’m Adam Quoss, Mac-Tech’s Vice President of Sales for Illinois and Indiana. My bending-and-tooling work covers press-brake capability, tooling choices, setup, repeatability, and operator use. I can help assess a proposed Falcon configuration against your application. Bring representative drawings or sample parts, material grades and thickness ranges, bend lengths, angles and tolerances, bend sequence, existing punch-and-die details, and the production mix so I can help review capacity, tooling, backgauge, controls, crowning, and measurement choices with you.