NC Hydraulic Press Brake

WC67K series · NC bending

The NC hydraulic press brake provides a basis for reviewing straightforward bending and repeat-part routines with task-matched control and positioning. Selection should focus on the functions the work actually needs. Assess material grade, thickness, the longest bend, tooling and operating clearance together. A machine family name does not establish controller functions, axis layouts or suitability for complex parts; these require confirmation against the proposed machine and the complete bend sequence.

Task-matched NC: Check the required control functions against the actual repeat-bending production routine.
Tooling compatibility: Assess upper and lower tools against inside radius and V-opening requirements.
Operating review: Review the practical arrangements for positioning, turning and manual workpiece support.

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A practical starting point for repeat bends

Start with material grade, thickness and the longest bend. Then review bending force, backgauge travel, tooling and the clearance needed for the finished part.

NC control, backgauge, front supports and tooling are confirmed for the selected machine. Do not infer the same controller functions or axis arrangement across all WC67K configurations.

Typical configurations

NC control and backgauge configuration
Upper and lower tooling matched to the bending task
Front support and clamping arrangements confirmed per machine

APPLICATIONS

Typical applications

Straightforward flange work

Review parts with relatively direct bending sequences. Provide flange dimensions and angles to check positioning, tooling and springback. A simple outline does not remove the need for a process review.

Repeated part sizes

For recurring parts, list common thicknesses, bend lengths and batch sizes to review locating and operating steps. Suitability for the production routine depends on the confirmed control functions.

Workshop forming support

Assess the machine as a forming stage after shearing or profile cutting, including existing tooling. Review dimensional variation, turning clearance and the connection with upstream and downstream material handling.

SELECTION NOTES

What to check before selection

Basic bending conditions: Check bending load against grade, thickness and length, and define the inside radius, V-opening and surface requirements. Review springback and minimum flange suitability with the tooling and trial bends.
Actual NC functions: List the settings and repeat operations required, then check the controller and backgauge functions individually. Configurations are not interchangeable; complex bends need their own workflow review.
Operating clearance: Use finished drawings and the bend order to check tool interference, opening and manual handling paths. Include site power, front supports, clamping and protective arrangements in installation and supply discussions.

Machine photographs illustrate available configurations. Appearance, controller, tooling, protective devices and auxiliary equipment are subject to the agreed supply scope. Final specifications and acceptance requirements are confirmed in the quotation.

START WITH YOUR APPLICATION

Prepare your enquiry

Share the information available using the checklist below to help us review the product against your application. If a complete drawing is not available, start with clear photographs and known dimensions.

Material grades, thicknesses and longest bend
Part drawings, inside radii, flange dimensions and angles
Bend sequence and existing tooling V-opening details
Typical batches, locating steps and support needs
Site voltage, frequency, operating space and destination

A clearer brief. A more useful discussion.

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Information is for initial review, not a commitment on compatibility, supply or performance. Final materials, geometry, configuration, lead time and acceptance requirements are subject to the confirmed drawing and quotation.

PRACTICAL QUESTIONS

Practical selection questions

Clarify the operating conditions and interfaces before deciding on materials, geometry or configuration.

Which bending programs can the NC system handle?

This depends on the functions of the selected controller and axis arrangement. Provide the bend sequence, positioning dimensions and repeat-production needs for review. The series name alone does not establish programming capability.

Is sheet thickness enough for selection?

No. Material grade, bend length, inside radius and tool V-opening are also needed. The part shape and forming sequence affect clearance requirements, so provide complete drawings for assessment.

Can workshop tooling be retained?

Provide interfaces, dimensions, V-openings and tool load limits for assessment. Clamping compatibility and finished-part clearance also need checking. Suitability depends on the particular machine and workpiece.

Start with your workpiece
We’ll review the machine configuration

Share your material, process, production target and site conditions for a configuration-based quotation.

Email your enquiry