DS Technology integrates TRUMPF laser equipment, high-precision industrial robots, and positioners, combining TCP, base coordinate, workpiece coordinate, and laser tool calibration technologies to ensure geometric consistency between offline models and actual equipment.
The LSC-2P / LSC-2TP / LSW-2P / LSW-2TP series integrates Robotmaster® offline programming, automatically generating paths from 3D CAD data and completing pose optimization, reachability analysis, collision checking, and program output, significantly reducing on-site teaching and program correction time. Through high-precision calibration and application verification, it improves dimensional consistency, cutting and welding quality for round holes, contours, irregular curved surfaces, and multi-angle machining.
High-Precision Calibration & Offline Programming
Selects the appropriate robot based on working range, payload, and repeatability, while simultaneously calibrating TCP and WOBJ (including the robot base) to reduce coordinate deviation between the virtual workstation and actual equipment; offline programming completes CAD path generation, collision checking, simulation, and path optimization, reducing on-site teaching and adjustment time
Robotic 3D Laser Cutting
Supports hole cutting, trimming, contour cutting, and 360° circumferential cutting for three-dimensional workpieces and irregular-shaped pipes, with laser power, speed, focal position, and robot path set according to material, thickness, and workpiece geometry
Precision Laser Welding
Integrates joint design, fit-up gap, fixture positioning, welding path, and laser parameters; after process verification, establishes stable penetration depth and fusion quality while reducing heat-affected zone and welding distortion
LSC-2P
1. Highest Standard of Cutting Precision
2. Highest Cost-Performance Intelligent Laser Cutting Solution
3. Applicable to Multiple Industries, High-Performance Cutting Technology
4. Highly Intelligent & Advanced Software Integration
5. DS SmartCore Smart Manufacturing Platform
LSC-2TP
Validates path control capability for complex contours and continuous curved surfaces
Complex contour cutting with stable edge quality
Thin-wall material with clean, burr-free cut edges
Validates continuous arc path control, point placement, hole shape consistency, and hole-edge quality
Hole Size Φ8 mm
Hole Size Φ4 mm
3D scan results compared against the original CAD model; measured dimensional deviation for the specific verification case is kept within ±0.3 mm
Physical Sample
3D Deviation Map
Deviation Distribution (Histogram)
Within Tolerance
77.3 %
RMS
0.127 mm
Average
-0.003 mm
| Specification | Parameter |
| Laser Power Range | 500W - 12000W (select appropriate power based on application needs) |
| Cutting Speed | Up to 25m/min (actual speed depends on material, laser power, and cutting head configuration) |
| Maximum Cutting Thickness | 0.2mm - 20mm (depends on laser power and material properties) |
| Repeatability Precision | ±0.03mm |
| Robot Cutting Precision | ±0.3mm (actual measured value can reach ±0.1mm, with a cutting precision test report provided) |
| Memory Capacity | Robot 1GB, PC 128GB SSD (expandable) |
| Supported Communication | Network, direct PLC connection, supports remote system control |
| Data Storage Capacity | 500 sets of perforation parameters, 500 sets of path parameters, 100 sets of laser cutting paths (expandable based on hard drive capacity) |
| QR Code Reading System | LSC-2P: Dual-Station QR Code Reading, LSC-2TP: Single-Station QR Code Reading, quick access to stored programs, improving production efficiency |
| Remote Monitoring Support | Mobile & Web monitoring, equipment status, utilization rate, maintenance reminders (SmartCore Edge Box supported) |
| Smart Quick Access Feature | Supports scanning QR codes to call corresponding cutting programs and parameters, direct communication with PLC via network for quick setup |
| Supports Robotmaster Remote Transmission | Can remotely transmit path programs generated by Robotmaster to the robotic arm |
1. Automotive and Aerospace Industries
2. Metalworking and Heavy Industry
3. Consumer Electronics and 3C Industries
| Pos | Description |
|---|---|
| A | Programmed position |
| B | Mean position at program execution |
| AP | Mean distance from programmed position |
| RP | Tolerance of position B at repeated positioning |
| Pos | Description |
|---|---|
| E | Programmed path |
| D | Actual path at program execution |
| AT | Max deviation from E to average path |
| RT | Tolerance of the path at repeated program execution |
| Description | IRB 2400/10 | IRB 2400/16 |
|---|---|---|
| Pose repeatability, RP (mm) | 0.03 | 0.03 |
| Pose accuracy, APi (mm) | 0.03 | 0.03 |
| Linear path repeatability, RT (mm) | 0.11 | 0.15 |
| Linear path accuracy, AT (mm) | 0.33 | 0.41 |
| Pose stabilization time, (PSt) to within 0.4 mm of the position (s) | 0.15 | 0.22 |
Our Robotic 3D Laser Cutting System combines high precision, high performance, automation, and intelligent management suitable for industries such as automotive, aerospace, metalworking, electronics 3C, industrial equipment and offers highly competitive prices helping businesses reduce costs, increase productivity, and strengthen market competitiveness.