ADH · Bending automation planning
Compare robotic press-brake cells, panel bending and engineered part handling. Plan the route around your parts, batch mix and production flow.
Start with parts and your current workflow.
Choose by the work you do
A useful cell review covers pickup, bending and the finished-part destination, including interrupted cycles.
Robotic press-brake cell
Match the bending host, gripper, reference stations and part turns to your representative part family.
Discuss This Configuration →The WADG host supplies the bending force, tooling clearance and stroke. Size the robot for part plus gripper at the required reach. Referencing, turnover and stacking stations determine the moves and cycle time. Review the complete cell configuration.
Compare WADG host models →
Presentation and pickup
Review stacks, orientation, separation, pickup zones and referencing before the first bend.
Discuss This Configuration →Plan pickup, blank orientation and the reference station before the first bend. Include the gripper contact areas and the path to the machine in the part study.
Review the cell systems →
Bending and reorientation
Map tooling access, rotations, support and finished-part placement through the full sequence.
Discuss This Configuration →A complete cycle includes regripping, tooling, operator interventions, unloading and recovery; motion speed alone does not establish throughput.
Check cell configuration and handling →Selection comparison
Choose the bending method and part-handling concept together. Start with drawings, blank presentation and the required finished-part flow.
Compare
Robotic press-brake cell
Panel bending
Engineered part handling
Core concept
Robotic press-brake cell
A robot coordinates gripping, press-brake bending, regripping and unloading.
Panel bending
The panel-bending system combines blank control with the programmed bend sequence.
Engineered part handling
Supports, handling stations and interfaces are engineered around large, heavy or connected-flow work.
Part-family inputs
Robotic press-brake cell
Grip zones, bend sequence, tooling access, centring and finished-part placement.
Panel bending
Blank geometry, press-arm handling, tool changes and part clearance.
Engineered part handling
Part weight and size, support points, movement envelope and downstream handoff.
Main comparison
Robotic press-brake cell
Review the complete robot and press-brake cycle on representative parts.
Panel bending
Compare PB-M and PB-A handling and tooling mechanisms.
Engineered part handling
Review handling, safeguards, access and recovery alongside the selected bending host.
Next step
Robotic press-brake cell
View robotic bending cellsPanel bending
Compare panel bendersEngineered part handling
Review large-part bendingFor a connected cutting-and-bending line, define identification, buffering, interfaces and recovery responsibilities. Cell scope and host-machine data are separate.
Machine in operation
Watch the 165T/3200 bending-cell demonstration, then review pickup, bend sequence, regripping and unloading for your own part family.
Watch on YouTube (opens in a new tab)Your project starts here
A practical cell discussion can define:
Describe typical parts, material, batch sizes and the manual tasks you want to automate. Drawings and layout details can follow.
Project enquiry
Tell us what you want to make or improve. Technical details and drawings can follow.
Contact ADH
Name, email and a short description are enough to begin.
Cell acceptance
Use the normal production work and its difficult cases to define what the proposed cell must demonstrate.
Robot supporting a sheet-metal part during press-brake bending
Include typical and difficult parts, grip zones, materials and the actual batch mix.
Review presentation, bending, regripping, placement and the manual tasks that remain.
Agree access, safeguards, exception handling, training and interface ownership.
Buying questions
Answers to common machine-selection and quotation questions.
Choose representative drawings that cover normal production and difficult cases. Include material, thickness, bend sequence, grip zones, batch mix and finished-part placement.
No. Reach, part geometry, gripper design, rotations, regrips, tooling clearance and the cell layout also matter. The complete process determines the robot and handling concept.
Review the complete cycle on representative work, including loading, referencing, bending, regripping, unloading and manual tasks. Do not use a single movement speed as the output guarantee.
The proposed cell should define detection, safe access, operator actions, part disposition and recovery for relevant exceptions, with clear responsibilities between equipment and interfaces.
Tell us your destination and support needs. Confirm service availability, delivery terms, installation responsibilities and included training in the quotation.
No. Describe the work you need to do and add the details you know. Drawings and technical requirements can follow.
Name, email and a short description are enough to begin.
For delivery planning or a phone/WhatsApp reply.
ADH will review your parts, gripping and handling needs, then prepare a cell proposal and quote.
Which bending work do you want to automate?
