DA53T CNC Hydraulic Press Brake with Servo-Driven | RFQ Sourcing Details

This new automatic CNC hydraulic press brake is offered for bending carbon steel, stainless steel, aluminum, copper, alloy, and other listed sheet materials.

The published model range covers nominal pressures from 400 to 2,000 kN and table lengths from 2,000 to 6,000 mm, allowing buyers to select a configuration around the required bending length and force.

Supported equipment details include a multilingual CNC operating system, hydraulic pressure regulation using proportional valves, an internal gear pump, and a servo-driven backgauge with digital control. The backgauge fingers run on double linear guides.

Automatic mechanical crowning is listed to help maintain consistent conditions along the bending length, while adjustable clamping and hardened, ground tooling and clamps support tool changes and production setup. Height-adjustable stainless steel front supports are also specified.

The machine is listed with a Delem DA53T control option. The broader description also references DA58T and DA66T systems, and one basic-information field identifies DA66T. Likewise, the title references a Siemens servo drive, while the component list identifies a Yaskawa servo motor and drive.

Buyers should therefore treat the controller and servo package as configuration-dependent and obtain written confirmation of the exact components included in the selected quotation.

Published configurations include throat depths of 200, 250, or 350 mm;strokes from 110 to 240 mm;open heights from 335 to 460 mm;and main motor ratings from 4 to 11 kW. These values vary by model and must be matched to the selected machine rather than applied across the complete range.

Customization is listed as available, and transport packaging is specified as wooden cases.

Before procurement, confirm the exact model, nominal force, usable bending length, distance between housings, throat depth, stroke, open height, installed motor rating, controller version, servo motor and drive brand, hydraulic and electrical component package, tooling profile, axis configuration, safety equipment, electrical supply, machine dimensions, and packed weight.

Buyers should also validate the proposed machine against their material grade, sheet thickness, bend length, tooling, part geometry, accuracy requirements, production volume, site access, foundation, and lifting arrangements.

Request a final configuration sheet and acceptance criteria that resolve any differences among the listed title, component information, and technical table.