How to Choose a Press Brake Sheet Follower for Your Workshop

Large panels can become difficult to support as they rise during bending. Choose a press brake sheet follower around your parts, load distribution, working height, and machine compatibility.

Quick Answer: How Do You Choose a Press Brake Sheet Follower?

Start with your most difficult panels, not the follower’s maximum load rating. Check support geometry, load limits, movement synchronization, working height, and installation clearance.

Before ordering, ask the supplier to assess your drawings and demonstrate representative bends.

Do You Need a Sheet Follower or Front Support?

A sheet follower supports the panel as it moves during bending. A conventional sheet metal front support mainly helps you position and support material before bending.

Consider a follower when operators struggle to control large flanges throughout the bend. Wide, thin panels may need assistance even when their total weight is modest.

If positioning is your main difficulty, a suitable front support may be sufficient. Confirm the required movement before choosing either system.

Start with Your Most Difficult Parts

List the panels that require the most manual support. Record material, thickness, dimensions, bend direction, and bending sequence.

Include the largest flange extending toward the operator. Also identify parts that sag, flex, or become difficult to remove after bending.

Typical examples include large cabinet panels, doors, HVAC panels, and long covers. Use your actual parts to guide bending follower selection.

Compare Independent and Integrated Systems

An independent follower uses a separate support structure and controls. It may suit a retrofit, subject to compatibility checks.

An integrated follower mounts to the press brake. It requires suitable mounting provisions and a compatible control interface.

A separate controller does not remove the need to verify synchronization. For either design, confirm how support movement follows the bending process.

Compare access, parking space, repositioning, and serviceability. Shared use between machines should be confirmed rather than assumed.

Check Load at the Actual Support Position

Ask for the rated load and its reference position. A longer overhang increases the turning moment acting on the follower.

Do not select solely by dividing sheet weight between two units. The load may change as the panel rotates.

Your supplier should assess the centre of gravity, support spacing, rotation range, and load distribution throughout the bend.

Request confirmation for your actual part geometry. A headline capacity alone does not establish suitability.

Match Working Height and Movement to Your Tooling

Check the required support height with your installed punches and dies. Different tooling combinations change where the sheet needs support.

Confirm height adjustment, support reach, and rotation range. Check clearance during approach, bending, return, and part removal.

Previously formed flanges may interfere with the table during later bends. Include the complete bending sequence in your application review.

Table extensions and special functions should match the selected configuration. Do not assume every follower supports hemming or every part shape.

Verify Machine and Control Compatibility

Send your press brake model, controller model, software version, machine photos, and tooling dimensions.

Ask how the follower obtains movement information and synchronizes support. Confirm its response to pauses, interrupted cycles, and emergency stops.

Check clearance around press brake clamps, protective devices, and angle sensors. Define who handles installation, integration, and commissioning before ordering.

The follower supplier and machine integrator should agree on responsibilities. Compatibility needs confirmation for your specific machine.

Review available press brake control systems, but confirm follower compatibility for your exact machine and software version.

Protect Finished Surfaces and Handling Access

For stainless steel, aluminium, or coated panels, review the support contact surface. Ask how contact pressure and sliding are managed.

Inspect representative parts for scratches or marks during testing. Surface protection should be demonstrated on your actual finish.

Also check loading, turning, unloading, and access around the machine. A suitable system must support your complete workflow.

Test Representative Parts Before Acceptance

An unloaded demonstration cannot prove suitability for your production. Test representative panels, including demanding bends and later stages of the sequence.

Agree on acceptance criteria before testing.

Record the test parts, tooling, settings, and results. Compare the same work before and after installation.

FAQ

Can You Retrofit a Sheet Follower to an Existing Press Brake?

Some systems can be retrofitted, but compatibility must be checked. Provide machine details, controller information, tooling dimensions, and installation photos.

Confirm mounting, synchronization, clearances, and integration responsibilities before ordering.

Is Sheet Weight Enough to Select a Follower?

No. You also need the support position, centre of gravity, flange geometry, and changing load distribution.

Ask the supplier to evaluate the complete bending sequence.

Do You Need One Follower or Two?

The answer depends on panel geometry and the required support arrangement. Weight alone does not determine the number of units.

Ask your supplier to confirm spacing and load distribution for your parts.

Can a Sheet Follower Replace an Operator?

A sheet follower provides support assistance. Loading, positioning, turning, and unloading may still require operator involvement.

Confirm the intended workflow during your application test.

Will a Sheet Follower Improve Bend Accuracy?

It may reduce handling-related variation when unstable support contributes to the problem. It cannot correct unsuitable tooling, material variation, or incorrect machine settings.

Evaluate accuracy using representative parts and consistent test conditions.

What Should You Send for a Quotation?

Send your part drawings, material, thickness, sheet dimensions, weight, and bending sequence. Include machine details, controller information, tooling dimensions, and available installation space.

Discuss Your Sheet Follower Application

Send MIHARTING Tooling your most difficult panel drawing, bending sequence, and press brake details. Request an application review covering load suitability, tooling clearance, integration, and acceptance testing before choosing a configuration.

Request a Sheet Follower Application Review