SOLUTION 07 · SHEARING CONTROL

Shearing Machine CNC Control System

Bring backgauge positioning, cutting settings and repeat jobs into a clear operator workflow.

CONTROL SYSTEM OVERVIEW

Configure the control around the shearing process.

A CNC controller coordinates the shearing functions available on the machine. Operators can prepare backgauge positions, cutting settings and repeat jobs through a structured interface.

DELEM, ESTUN and ELGO offer different control approaches. The practical choice depends on the shear mechanism, drives, feedback, material range and the functions included in the final machine configuration.

Annotated diagram of a shearing machine showing the control panel, clamps, guards, support and pedal — System diagram · interfaces and guarding are confirmed for the configured machine.

MODEL REFERENCES

Five controller references, three operating approaches.

01 / CONTROLLER FAMILY · DELEM

Shear control with a clear touch workflow.

DELEM shear controls combine backgauge setup with cut-related settings in a panel-based interface. Compare the required axes and machine mechanisms before selecting the controller.

DELEM / DAC-360T

DELEM DAC-360T CNC system

A compact touch-control reference for guillotine shears with broader gauge and cut-setting review.

Panel-mounted interface with a clear colour display
Front or rear gauge positioning and retract movement
Cutting angle, blade gap and stroke-length review
Manual axis movement and force-related settings
Material-thickness input and sheet-support scope
Additional servo axes belong to the DAC-362T variant

DELEM / DAC-310T

DELEM DAC-310T CNC system

A compact single-axis touch-control reference for standard shearing workflows.

Panel-mounted touch display and numerical job setup
Backgauge positioning and retract function
Cutting angle or gap settings where supported
Stroke-length limitation and manual axis movement
Job memory and stock-count workflow

02 / CONTROLLER FAMILY · ESTUN

Practical control for repeat shearing jobs.

ESTUN controller references focus on programmed positioning and everyday machine setup. Review the exact model together with the servo, feedback and cutting mechanisms on the proposed shear.

ESTUN / E21S

ESTUN E21S

A compact shearing controller reference for backgauge positioning and repeatable job preparation.

Backgauge positioning with one- or two-side approach review
Retract and automatic reference-search functions
Cutting angle, blade gap or stroke timing where equipped
Fast position indication for daily setup
Program storage and parameter backup to verify by version
Power-loss protection and machine interface review

ESTUN / E200PS

ESTUN E200PS

A programmable control reference for applications needing a broader operator and diagnostic workflow.

CAN-bus X-axis servo and programmable steps to review
Program memory and position indication
Configurable output and cut-count or delay sequence
Parameter backup and recovery workflow
Online diagnostics and machine alarm review
Display, units and language options to confirm by version

03 / CONTROLLER FAMILY · ELGO

Position control matched to the machine.

ELGO P40 is a compact position-control reference for suitable sheet-metal machines. Its axis version, measurement input and output interfaces are selected for the specific application.

ELGO / P40

ELGO Electronic P40

A one- or two-axis position controller for a straightforward, configurable operating sequence.

One- or two-axis versions and an LCD interface
Multilingual menus and operator-selected language
Reference run and manual, single or program modes
Measurement inputs matched to the chosen encoder
Optional analog output according to the device version
Position memory and inch/mm selection

PROJECT REVIEW

Get a control plan for your shear.

Share the shearing-machine model, material and thickness range, backgauge travel, current controller and desired cutting workflow. We can then review a suitable control package with you.

Controller images and features are selection references. The supplied model, enabled functions and compatibility are confirmed in the GWMT technical proposal.