Press BrakesFiber Laser CuttingPanel BendersAutomation

Press Brake Upgrade

Optical Safety Systems

Match detection, mounting, stopping and control interfaces to the tool area, material path and operator access. Validate the complete safety function on the selected machine.

DSP Laser Protection

Best for

Press-brake tool-area risk reduction

Compare

DSP, integrated optical protection and safety controls

Confirm

Machine interfaces, brackets, standards and validation

Information Needed

Start With the Hazard, Access Zone and Machine Motion

Describe the hazardous movement, access zone, material handling and operating mode the protection must address.

01 / RISK

Hazard and access

Map the tool area, operator position, material path, bend sequence and intervention points.

02 / SYSTEM

Safety function

Connect sensor field, stopping response, brackets and controller interfaces as one protective function.

03 / VERIFY

Validation

Confirm installation, tests, documents and applicable requirements with qualified specialists.

Safeguarding options

Compare Detection, Mounting and Control

Select detection, stopping, mounting and control together, then validate the complete safety function.

DSP Laser Protection

OPTION 01

DSP Laser Protection

Check the DSP protective field, mounting and control interfaces against the machine’s risk assessment.

DSP optical protection transmitter and receiver units

OPTION 02

Protection and Machine Interface

Define the protective equipment and its connections to the machine controls.

Safety Circuit Architecture

OPTION 03

Safety Circuit Architecture

Document stopping functions, control interfaces and the required validation.

MCS + DSP AP

OPTION 04

MCS + DSP AP

Confirm the MCS + DSP AP components, mounting arrangement and validation tests.

Advanced Optical Safety System

OPTION 05

Advanced Optical Safety System

Review the system’s documented protective functions and compatibility with the machine.

Bend Speed Management

OPTION 06

Bend Speed Management

Verify how speed monitoring and control contribute to the required safety function.

Diagrams of optical detection fields beneath press-brake punches

OPTION 07

Automatic Tool Alignment

Confirm alignment functions, compatible tooling and the included hardware.

Six symbols shown in the supplier optical-safety documentation

OPTION 08

Validation and standards

Confirm standards and verification documents for the final machine; this is an acceptance requirement, not a standalone option.

Press Brake Control Safety System

OPTION 09

Press Brake Control Safety System

Check safety-control and stopping interfaces as part of the complete validated system.

Before You Order

Define the Complete Safety Function

Confirm the hazard zone, detection, stopping circuit, mounting, operating modes and validation records as one system.

  • Tool area, material path and operator access
  • Machine stopping and control interfaces
  • Bracket geometry, alignment and service access
  • Validation plan, documents and acceptance
Optical protection unit mounted beside the press-brake tool area

Upgrade path

Plan Your Machine Upgrade

Identify the production problem, check compatibility, then agree installation and acceptance.

  1. STEP 01

    Document the current state

    Record machine, controller, interfaces, photos, workflow and the production issue to solve.

  2. STEP 02

    Define the requirement

    Connect workpieces, process, operator tasks, output and site conditions to the upgrade.

  3. STEP 03

    Confirm compatibility

    Review mechanical, electrical, control, software, safety and service interfaces.

  4. STEP 04

    Agree the scope

    Define installation, tests, acceptance, documentation, training and support responsibilities.

Before You Contact ADH

Optical Safeguarding Questions

Compatibility depends on machine motion, safety circuit, stop function, mounting and validated protective field.

Can this optical safety system be used on an existing machine?

Check machine control, stopping circuit, tool area, mounting, operating mode and validation requirements.

What information should I send?

Send model, controller, safety circuit, tool-area photos, workpieces and operating method.

What determines compatibility?

Evaluate stop category, mounting, protective field, machine motion and validation together.

What should the quotation clarify?

Name sensors, controller, mounting, safety integration, validation, training and service terms.

Project enquiry

Discuss your project

Tell us what you want to make or improve. Technical details and drawings can follow.

  • Material, thickness and part size
  • Drawings and production volume
  • Location and project timing

Contact ADH

Start a machine enquiry

Name, email and a short description are enough to begin.

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