1. What Is Delem Profile-S?

Profile-S is Delem's offline press brake programming and simulation software designed to work in line with the DA-60S controller environment.

It allows programmers to prepare bending jobs on a PC rather than directly on the press brake, which can reduce machine downtime and improve production planning.

Delem describes Profile-S as a full-scale offline solution for graphical product programming, bend-sequence generation, feasibility studies, production preparation, collision detection, machine setup preparation, and product sharing.

The software uses a familiar DA-Touch-style interface aligned with the DA-60S controls, so operators who understand the machine interface can move more easily into offline preparation.

Profile-S is available in lite, 2D, and 3D versions so manufacturers can select the level of programming functionality that matches their controller and production requirements.

The software should be viewed as part of a complete digital bending workflow: engineering prepares the job offline, the approved program is transferred to the controller, and the operator verifies the physical setup before production.

2. Why Use Offline Press Brake Programming?

Programming directly at a press brake consumes machine time. If the operator spends twenty minutes creating a part, checking tooling, testing sequence options, and verifying collisions, the machine is not producing during those twenty minutes.

Offline programming moves those preparation tasks to an office workstation.

A programmer can prepare the next product while the press brake continues running another order.

This is especially valuable in high-mix manufacturing, where frequent job changes can create substantial setup and programming losses.

Offline programming also makes production knowledge easier to standardize. Programs, tool selections, setup information, and approved sequences can be preserved for repeat work.

The biggest gains come when the offline machine and tool databases are accurate and revision control is disciplined.

3. Profile-SL vs Profile-S2D vs Profile-S3D

Delem lists three Profile-S levels: Profile-SL, Profile-S2D, and Profile-S3D.

Profile-SL is the lite version.

Profile-S2D is the 2D programming version and is the natural offline companion to the DA-66S 2D controller workflow.

Profile-S3D is the 3D programming version and is the natural offline companion to the DA-69S 3D controller workflow.

DXF import functionality is listed from Profile-S2D upward, while 3D CAD product import is available in Profile-S3D.

The correct software version depends on the controller, license, and type of parts being programmed.

4. Main Profile-S Features

Profile-S is designed to move production preparation away from the machine while keeping the workflow familiar to DA-60S users.

Delem lists full-scale offline programming, graphical product programming, bend-sequence generation, feasibility studies, production preparation, automatic 2D/3D sequence calculation, collision detection, Windows-network product sharing, machine setup preparation, production-time calculation, DXF import, and 3D CAD product import.

Profile-S also includes 3D machine representation and 3D finger visualization.

X1-X2 angle programming is listed as a programming aid for suitable backgauge configurations.

These capabilities allow the office programmer to prepare a much more complete production package before the machine becomes available.

5. Complete Profile-S Offline Programming Workflow

Start with the approved engineering drawing or CAD model.

Confirm the product revision, material grade, sheet thickness, bend angles, flange dimensions, radius requirements, and tolerances.

Select the correct virtual press brake. The offline machine definition should match the real machine's dimensions, axes, supports, and options.

Select the actual tooling and adapters that will be available on the machine.

Create the product graphically or import compatible CAD data.

Generate the bend sequence and review the result for feasibility and handling.

Run collision checks using the machine and tooling representation.

Prepare setup information, tool stations, and production notes.

Transfer the approved product to the compatible DA-60S controller through the available network or file-transfer process.

At the machine, verify the physical setup, perform a controlled first piece, measure the result, and apply only the necessary production corrections.

6. Graphical Product Programming

Profile-S provides graphical product programming that shows a true-scale representation of the intended product.

This helps the programmer see how flanges, bends, tooling, and the machine interact.

Profile-S2D is suitable for conventional 2D product preparation.

Profile-S3D adds a more realistic 3D product workflow for complex parts and CAD-based preparation.

Graphical programming can reduce interpretation errors compared with programming only from numerical tables.

However, every graphical product should still be checked against the approved engineering drawing before release.

7. Automatic Bend-Sequence Calculation

Automatic bend-sequence calculation helps determine a practical order for producing a multi-bend component.

A sequence is important because every completed bend changes the geometry of the workpiece and may make later bends more difficult or impossible.

Profile-S supports automatic sequence calculation in 2D or 3D according to software version.

The calculated sequence can reduce programming time significantly.

A programmer should still review the result for part weight, operator handling, surface finish, support requirements, and tool-station layout.

If the sequence is changed manually, run feasibility and collision checks again before transferring the product.

8. Collision Detection

Collision detection helps identify potential interference before the job reaches the press brake.

Profile-S uses the digital product, tools, machine representation, and bend sequence to evaluate feasibility.

This is especially valuable for return flanges, deep boxes, channels, gooseneck tooling, multiple tool stations, and products that must be rotated between bends.

If a collision is detected in the office, the programmer can adjust the sequence, tooling, station, or handling strategy without occupying the machine.

Collision detection is only as accurate as the digital machine and tool data.

Always verify physical clearances on the actual press brake before the first production bend.

9. Machine Setup Preparation and Print Functionality

Delem lists machine setup preparation including print functionality as a Profile-S feature.

This allows tool and machine setup information to be prepared before production.

A setup sheet can tell the operator which punches, dies, adapters, stations, and special instructions are required.

Standardized setup information can reduce time spent searching for tooling and improve consistency between shifts.

Printed or digital setup instructions should follow the same revision-control process as the product program.

A correct program paired with an old setup sheet can still cause production problems.

10. Tooling and Adapter Verification

Tooling verification is a core part of offline programming.

Punch height, angle, tip radius, profile, segmentation, die V-opening, die height, adapters, and clamping components can all affect feasibility and collision results.

The digital tooling database should match the actual workshop tooling.

If virtual tooling is smaller or shaped differently from the physical tooling, collision detection can become unreliable.

Use clear tool names that match physical labels in the workshop.

When adding new tooling to the database, use verified dimensions rather than approximate measurements.

11. DXF Import in Profile-S2D and Profile-S3D

Delem lists DXF import functionality from Profile-S2D upward.

DXF import can reduce manual product drawing when reliable 2D CAD geometry already exists.

Profile-S2D also supports 2D-DXF tool import, making tool programming easier.

Before importing, verify the source file, units, geometry, and revision.

After import, check bend lines, dimensions, product orientation, material, thickness, and tooling.

DXF import accelerates programming, but the imported geometry still needs engineering verification.

12. STEP and IGES 3D CAD Import in Profile-S3D

Profile-S3D provides 3D CAD product import for advanced offline preparation.

Delem specifically lists STEP and IGES as generic 3D model formats supported in the Profile-S3D CAD import workflow.

This allows manufacturers to bring 3D customer or engineering data into the press brake preparation process without recreating the complete part manually.

Imported models should still be reviewed for sheet-metal manufacturability, bend definitions, material, thickness, and the intended production strategy.

After import, generate and verify the bend sequence, tooling, and collision simulation.

A controlled CAD-to-bending workflow can significantly reduce setup time in high-mix fabrication.

13. Windows Networking and Product Sharing

Profile-S supports product sharing over Windows networking with the press brake CNC.

This allows programming stations and compatible machines to share production data without relying entirely on USB transfer.

A networked workflow should use controlled folders, permissions, product naming, and revision rules.

Separate draft programs from released production programs.

Use product names that clearly identify part number and revision.

Keep backup copies of important programs even when the network is reliable.

14. Production-Time Calculation

Profile-S includes production-time calculation.

This can help production planners estimate machine capacity and compare job requirements.

Time calculations can also support quotation work when realistic machine and handling assumptions are used.

Actual production time can vary because of operator handling, part size, supports, tool changes, inspection, material loading, and interruptions.

Use the calculated time as a planning estimate, then compare it with real cycle data and refine your process assumptions.

15. X1-X2 Programming and 3D Finger Visualization

Delem lists X1-X2 angle programming as a Profile-S programming aid.

This feature is relevant to suitable backgauge configurations where independent gauge positions are required.

Profile-S also includes 3D finger visualization.

Finger visualization can help the programmer see how the workpiece will contact the backgauge and whether the chosen gauging strategy is practical.

These features depend on the physical machine configuration. Software capability does not create an axis that is not installed on the machine.

Always match the offline machine definition to the actual backgauge.

16. Profile-S2D and the Delem DA-66S

The DA-66S is Delem's 2D graphical front-end CNC in the DA-60S family.

Delem lists Profile-S2D as the DA-66S offline software.

This pairing is logical because both the controller and offline software use a 2D product-programming workflow with advanced machine visualization.

Profile-S2D allows upcoming DA-66S jobs to be prepared away from the machine, including product programming, sequence calculation, feasibility review, collision detection, and setup preparation.

Companies using DA-66S machines can therefore keep machine-side programming time focused on final verification and production corrections.

Read the Delem DA-66S Complete Guide →

17. Profile-S3D and the Delem DA-69S

The DA-69S is Delem's flagship 3D graphical front-end CNC in the DA-60S family.

Delem lists Profile-S3D as the DA-69S offline software.

Profile-S3D is designed for advanced 3D product programming, sequence preparation, collision detection, machine visualization, and CAD-based workflows.

The STEP and IGES import capability is particularly useful for companies that receive 3D sheet-metal models from customers or internal engineering teams.

Preparing complex jobs offline can reduce machine downtime and make the DA-69S more productive in high-mix environments.

Read the Delem DA-69S Complete Guide →

18. Profile-S for High-Mix Job Shops

Job shops often change products many times per day, making setup and programming time a major productivity factor.

Profile-S allows new jobs to be prepared while the press brake is still producing another order.

A programmer can test bend sequences, verify tools, review collisions, and create setup information before the machine becomes available.

This reduces the amount of machine time consumed by product development.

Offline preparation also makes it easier to standardize programming knowledge across several operators.

For high-mix production, the biggest benefit is often faster and more predictable changeover.

19. Profile-S for Repeat and Batch Production

In repeat production, Profile-S helps preserve the digital production knowledge used to make a proven part.

Programs, tooling, bend sequence, setup notes, and machine preparation can be stored under controlled revision.

This reduces dependence on individual operator memory when the same product returns months later.

Production-time calculation can support planning and scheduling.

Networking can help centralize approved programs and reduce duplicate versions.

Physical first-piece verification remains necessary because material, tooling, and machine condition can change between production runs.

20. Offline Operator Training

Delem identifies operator training as one of the tasks that can be performed with offline software.

Training offline allows a new programmer or operator to learn product creation, tooling, bend sequencing, and simulation without stopping a production press brake.

The familiar DA-60S-style interface can make the transition from training PC to machine easier.

Offline training should be combined with practical bending knowledge.

Operators still need to understand tooling, material behavior, gauging, springback, handling, quality inspection, and safety.

Use Profile-S to teach how the bending process works, not only where menu buttons are located.

21. Profile-S Best Practices

Keep one controlled digital machine definition for each real press brake.

Synchronize the offline tool library with the tools physically available in the workshop.

Use clear product names that include part number and revision.

Separate draft programs from approved production programs.

Review automatic bend sequences before release.

Verify DXF, STEP, and IGES imports before programming the final sequence.

Keep backups of important product and tool databases.

After a successful production run, preserve useful corrections and setup notes for repeat jobs.

22. Delem Profile-S Troubleshooting

Most Profile-S problems are related to data accuracy, software compatibility, machine definition, or workflow.

If the offline program does not behave the same way on the press brake, first compare the virtual and physical machine configurations.

Verify tools, adapters, axes, machine options, and controller/software versions.

If imported CAD geometry is wrong, investigate the source file before modifying the machine setup.

If the network transfer fails, check permissions, destination, and compatibility.

Do not change machine-level settings simply to make an incorrect offline program fit the machine.

23. Profile-S vs Profile-T

Profile-S and Profile-T have very similar production goals: offline product programming, bend sequencing, simulation, tooling verification, collision detection, and production preparation.

The key difference is the controller generation they are designed to match.

Profile-T follows the DA-Touch controller environment.

Profile-S follows the newer DA-60S controller environment.

If you use a DA-66S or DA-69S, Profile-S is the relevant offline software family.

If you use an earlier DA-Touch controller, Profile-T may be the appropriate solution.

Read our Delem Profile-T Complete Guide for the earlier DA-Touch offline software family.

24. Frequently Asked Questions About Delem Profile-S

What is Delem Profile-S?

Profile-S is Delem offline programming, bend-sequencing, and simulation software designed for the DA-60S press brake control family.

What versions of Profile-S are available?

Delem lists Profile-SL, Profile-S2D, and Profile-S3D.

What is Profile-S2D?

Profile-S2D is the 2D graphical programming version and is associated with the DA-66S.

What is Profile-S3D?

Profile-S3D is the 3D graphical programming version and is associated with the DA-69S.

Does Profile-S calculate bend sequences automatically?

Yes. Delem lists automatic 2D/3D bend-sequence calculation.

Does Profile-S support collision detection?

Yes.

Can Profile-S import DXF files?

Yes. DXF import is available from Profile-S2D upward.

Can Profile-S import STEP files?

Yes, Profile-S3D supports 3D CAD import using STEP.

Can Profile-S import IGES files?

Yes, Profile-S3D supports IGES import.

Can Profile-S import tooling from DXF?

Yes. Delem specifically mentions 2D-DXF tool import for Profile-S2D.

Does Profile-S support networking?

Yes. Delem lists product sharing over Windows networking with the press brake CNC.

Can Profile-S calculate production time?

Yes.

Can Profile-S prepare machine setup information?

Yes. Machine setup preparation including print functionality is listed.

Does Profile-S show the machine in 3D?

Yes. Delem lists 3D machine representation.

Does Profile-S show backgauge fingers?

Yes. Delem lists 3D finger visualization.

Does Profile-S support X1-X2 programming?

Yes. X1-X2 angle programming is listed as a programming aid.

Which controller uses Profile-S2D?

The DA-66S uses Profile-S2D.

Which controller uses Profile-S3D?

The DA-69S uses Profile-S3D.

Is Profile-S the same as Profile-T?

No. They have similar functions but target different controller generations.

Is Profile-S useful for job shops?

Yes. It can reduce machine-side programming time and improve changeovers.

Can operators train with Profile-S?

Yes. Offline software can be used for production preparation and operator training.

Can Profile-S replace first-piece inspection?

No. Physical verification remains necessary.

Why does offline simulation differ from the real machine?

Common causes include incorrect machine definition, tool data, options, axes, or software mismatch.

Why does a STEP or IGES file not import?

Confirm that you are using Profile-S3D with the required licensed functionality and a valid source file.

Why does a DXF import look wrong?

Check units, layers, duplicated entities, file quality, and revision.

Can Profile-S improve productivity?

Yes, mainly by moving programming and feasibility work away from the press brake.

Does Profile-S improve bend accuracy by itself?

No. Final accuracy still depends on the real machine, tooling, material, calibration, and production corrections.

Should I use Profile-S or Profile-T?

Use the software family that matches your Delem controller generation and machine configuration.

Where can I learn more about DA-66S and DA-69S?

Use the YRS Industrial DA-66S and DA-69S complete guides linked in this article.

25. Related Delem Guides

• Delem CNC Controller Knowledge Center
• Delem Profile-T Complete Guide
• Delem Error Codes & Troubleshooting Guide
• Delem DA-66S Complete Guide
• Delem DA-69S Complete Guide
• Delem DA-66T Complete Guide
• Delem DA-69T Complete Guide
• Delem DA-58T Complete Guide
• Delem DA-58TX Complete Guide
• Delem DA-53T Complete Guide
• Delem DA-53TX Complete Guide

26. Need Help with a Delem CNC Press Brake?

YRS Industrial supplies CNC press brakes and sheet metal fabrication equipment for customers worldwide. If you are choosing a Delem controller, comparing offline software, or planning a new press brake configuration, contact our team.

For a press brake recommendation, send your material type, maximum thickness, maximum bending length, typical drawings, required axes, preferred controller, and destination country or port.

Official Technical Reference

This guide is independent educational content prepared by YRS Industrial. For the latest Profile-S features, version information, and compatibility details, consult Delem directly.

Delem Profile-S Official Product Page