Correction Values
Press Brake Correction Settings Explanation
This document explains several correction settings used in press brake operations. These settings help fine-tune the bending process for increased accuracy, consistency, and quality of the finished parts.
Gauge X1 Correction
Gauge X1 Correction is the fine adjustment of the X1 axis position on the backgauge. It compensates for any mechanical or material deviations to ensure consistent gauging on the left side of the part.
Gauge X2 Correction
Gauge X2 Correction adjusts the X2 axis position of the backgauge, typically controlling the right side. This allows for angular corrections and helps in compensating for part asymmetry or material inconsistencies across the width.
Angle Correction
Angle Correction is used to fine-tune the bend angle during the bending process. It compensates for springback or material variation and ensures the final angle matches the desired specification. This can be done manually or via automatic angle measurement systems.
Minimum Punch-Die Gap
Minimum Punch-Die Gap is the minimum clearance between the punch and die when the bend is complete. It ensures that the tools do not collide and helps achieve a consistent bend without damaging the tooling. It also plays a key role in bottom bending and coining operations.
Beam Direct Correction
Beam Direct Correction adjusts the vertical movement of the ram (beam) to compensate for any inaccuracies in its travel. This helps maintain parallelism between the punch and die across the full width of the press brake, especially in longer bends.
Sensor Correction
Sensor Correction refers to the calibration or adjustment of sensors used in press brake operations, such as angle measurement or position detection. Proper correction ensures accurate readings and prevents errors during automatic or semi-automatic bending sequences.
