1. 2D and 3D Graphical Programming
The Delem DA-69S supports both 2D and 3D graphical touchscreen programming, allowing operators to create, edit, and check bending programs more efficiently.
2. 3D Machine Visualization
The system provides 3D visualization with machine representation in both simulation and production modes, helping operators check part feasibility, tooling setup, and bending process before production.
3. Automatic Bend Sequence Calculation
DA-69S supports automatic bend sequence calculation, helping reduce programming time and improve bending efficiency for complex sheet metal parts.
4. Collision Detection
The controller includes collision detection, which helps operators identify possible interference between the part, tools, and machine during the bending process.
5. 24″ High-Resolution Touchscreen
The DA-69S uses a 24-inch high-resolution color TFT touchscreen, offering a large and clear interface for programming, simulation, machine operation, and production monitoring.
6. Delem Modusys Compatibility
The controller is compatible with Delem Modusys, allowing scalable module expansion and flexible adaptation to different press brake applications.
7. Sensor Bending and Correction Interface
DA-69S supports sensor bending and correction interfacing, making it suitable for advanced bending accuracy control and high-end press brake configurations.
8. Profile-S3D Offline Software Support
The system supports Profile-S3D offline software, allowing users to prepare programs, simulate bending, verify tooling, and improve production preparation outside the machine.
| Parameter | Specification |
|---|---|
| Product Name | Delem DA-69S |
| Product Type | 3D CNC Press Brake Control |
| Series | Delem DA-60S Series |
| Programming Mode | 3D and 2D graphical touchscreen programming |
| Display | Color LCD display |
| Screen Type | 24″ TFT, high brightness |
| Resolution | 1920 × 1080 pixels, 32-bit color |
| Touch Sensor | Industrial PCT touchscreen control |
| Backlight | LED |
| Storage Capacity | 4 GB |
| Product and Tools Memory | 3 GB |
| Graphics Capability | 3D graphics acceleration |
| Networking | Standard Windows® networking |
| Safety System | Emergency switch |
| OEM Machine Functions | Integrated OEM panel |
| Exchangeable Memory | USB flash memory drive |
| Offline Software | Profile-S3D |
| Bending Aids | Part support control |
| Backgauge Programming | X1-X2 angle programming |
| Program Selection | Barcode reader interfacing |
| Correction Aids | Protractor interfacing |
| Advanced Deflection Systems | Frame deflection compensation |
| Sensor Bending | Sensor bending and correction interfacing |
| Thickness Measurement | Sheet thickness measurement and compensation system |
| Tandem Capability | TandemLink |
| Bus Expansion | 2nd HSB Modusys bus |
1. Precision Sheet Metal Fabrication
Suitable for manufacturers producing high-accuracy sheet metal parts with strict bending tolerances and stable repeatability requirements.
2. Electrical Cabinet and Enclosure Manufacturing
Ideal for electrical cabinets, control panels, server cabinets, distribution boxes, and industrial enclosures that require clean bends and accurate dimensions.
3. Elevator and Architectural Metalwork
Suitable for stainless steel panels, decorative metal parts, elevator components, wall panels, and architectural sheet metal products with high appearance requirements.
4. Automotive and Transportation Components
Used for automotive parts, rail transit components, commercial vehicle parts, and structural sheet metal parts requiring accurate forming and repeatable production.
5. Aerospace and High-End Equipment Manufacturing
Suitable for precision components used in aerospace-related fabrication, high-end machinery, and advanced equipment manufacturing where bending accuracy and process control are critical.
6. Stainless Steel and Aluminum Fabrication
Ideal for stainless steel, aluminum, and other sheet metal materials that require careful bending control, optimized tooling setup, and reduced forming errors.
7. Complex Multi-Bend Parts
Recommended for parts with multiple bends, special angles, complex sequences, and potential collision risks. The 3D simulation and collision detection functions help operators verify the bending process before production.
1. Precision Sheet Metal Fabrication
Suitable for manufacturers producing high-accuracy sheet metal parts with strict bending tolerances and stable repeatability requirements.
2. Electrical Cabinet and Enclosure Manufacturing
Ideal for electrical cabinets, control panels, server cabinets, distribution boxes, and industrial enclosures that require clean bends and accurate dimensions.
3. Elevator and Architectural Metalwork
Suitable for stainless steel panels, decorative metal parts, elevator components, wall panels, and architectural sheet metal products with high appearance requirements.
4. Automotive and Transportation Components
Used for automotive parts, rail transit components, commercial vehicle parts, and structural sheet metal parts requiring accurate forming and repeatable production.
5. Aerospace and High-End Equipment Manufacturing
Suitable for precision components used in aerospace-related fabrication, high-end machinery, and advanced equipment manufacturing where bending accuracy and process control are critical.
6. Stainless Steel and Aluminum Fabrication
Ideal for stainless steel, aluminum, and other sheet metal materials that require careful bending control, optimized tooling setup, and reduced forming errors.
7. Complex Multi-Bend Parts
Recommended for parts with multiple bends, special angles, complex sequences, and potential collision risks. The 3D simulation and collision detection functions help operators verify the bending process before production.
Q1: Does the Delem DA-69S support 2D and 3D programming?
A: Yes. The Delem DA-69S supports both 2D and 3D graphical touchscreen programming. It is suitable for complex bending parts that require visual programming, bending simulation, automatic bend sequence calculation, and collision detection.
Q2: What is the main difference between Delem DA-69S and DA-66S?
A: The main difference is that DA-69S is a 3D CNC press brake controller, while DA-66S is mainly a 2D graphical CNC controller. DA-69S is more suitable for customers who need 3D programming, 3D simulation, complex part checking, and advanced press brake operation.
Q3: Is the Delem DA-69S suitable for high-end CNC press brakes?
A: Yes. The DA-69S is designed for high-end CNC press brakes that require advanced programming, accurate bending control, 3D visualization, sensor bending support, and efficient production management. It is especially suitable for complex sheet metal bending applications and professional fabrication workshops.
