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The programmable focusing optics from the PFO line are scanner optics for remote welding and cutting. Using two mirrors, the laser beam can be positioned in any specified position within the processing field or space, or be guided along any seam geometries. They can thus be welded without moving the workpiece or the focusing optics. Additionally, no shielding/assist gas is required.
State-of-the-art, digitally controlled drives ensure a fast pace.
Robot, laser, and programmable focusing optics are synchronized and positioned precisely in real time.
In the PFO portfolio you will find a solution for every application, from the low-power to the high-power range.
Increased process reliability and quality are possible with optional intelligent sensor solutions.
Set up laser welding and cutting programs in an intuitive, mobile, and quick way with the PFO SmartTeach app.
The programmable focusing optics (PFO) from TRUMPF are especially well-suited for quick and reliable processing of large workpieces. The combination of robots and PFO brings together the best of both worlds: a large work area with excellent dynamics and precision, and a long focal length that enables large working distances from the workpiece.
Using two mirrors, the laser beam can be positioned in any specified position within the processing field or space, or guides the laser beam along any desired contours. Since neither the workpiece nor the optics have to move, the PFO enables a high degree of productivity. At the same time, processing costs remain low and process results are reliable. "On the fly" processes can even be achieved using a special control unit.
A high degree of precision and repetition accuracy across a large working range – robot-guided scanner welding results in immense increases in productivity with large workpieces.
The mirrors in the PFO 3D programmable focusing optics work in a highly dynamic manner. Quick beam deflection shortens processing and positioning time considerably.
Mit den programmierbaren Fokussieroptiken von TRUMPF können nicht nur metallische Werkstoffe geschweißt werden, sondern auch Kunststoffe. Die Optik PFO 20 ist optimal für das Laser-Kunststoffschweißen ausgelegt und erzeugt dichte und ästhetische Schweißnähte.
With the programmable focusing optics from TRUMPF, you can weld not only metallic materials, but also plastics. The PFO 20 optics are optimally designed for laser welding plastic and produce tight and aesthetically pleasing weld seams.
PFO 14 Compare product |
PFO 20 Compare product |
PFO 33-2 Compare product |
PFO 1D Compare product |
PFO 3D Compare product | |
|---|---|---|---|---|---|
| Laser parameters | |||||
| Wavelength | - | - | - | - | - |
| Power | up to 2000 W (cw) | up to 2000 W (cw) | up to 8000 W (cw) | up to 80000 W (cw) | up to 8000 W (cw) |
| Numerical aperture | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 |
| Laser light cable type | LLK-D, LLK-B, LLK-A | LLK-D, LLK-B, LLK-A | LLK-D, LLK-B | LLK-D, LLK-B | LLK-D |
| Optics configuration 2 | |||||
| Collimation | 35 / 56 mm | 35 / 56 / 80 / 90 / 100 mm | 60 / 90 / 140 / 150 / 200 / 300 mm | 150 mm | 138 mm |
| Focal length | 100 / 160 / 163 / 254 / 330 / 420 mm | 90 / 100 / 135 / 160 / 163 / 200 / 254 / 264 / 280 / 330 / 395 / 420 / 560 / 740 mm | 160 / 255 / 265 / 345 / 450 / 600 / 900 mm | 150 / 200 / 300 mm | 255 / 345 / 450 / 600 / 900 mm |
| Z stroke for focal length of lens | - | - | - | - |
f255: ± 22 mm
f345: ± 40 mm f450: ± 70 mm f600: ± 100 mm f900: ± 220 mm |
| Field size (ellipse Y x X) for focal length of lens |
f100: 47 mm x 18 mm
f160: 110 mm x 75 mm f163: 110 mm x 70 mm f254: 170 mm x 120 mm f330: 220 mm x 178 mm f420: 286 mm x 230 mm | f264: 180 mm (examples for TruDisk IR/TruFiber/TruMicro) | - | - |
f255: 174 mm x 102 mm (z=0)
f345: 240 mm x 140 mm (z=0) f450: 320 mm x 190 mm (z=0) f600: 376 mm x 230 mm (z=0) f900: 525 mm x 340 mm (z=0) |
| Field size (ellipse Y x X) for focal length of lens for TruDisk/TruMicro |
f160: 56 mm x 34 mm
f255: 180 mm x 104 mm f345: 240 mm x 140 mm f450: 320 mm x 190 mm f600: 376 mm x 230 mm f900: 520 mm x 310 mm | ||||
| Field size (ellipse Y x X) for focal length of lens for TruFiber (FD34) |
f265: 140 mm x 102 mm
f345: 208 mm x 152 mm f450: 288 mm x 190 mm f600: 374 mm x 240 mm | ||||
| Field size (ellipse Y x X) for focal length of lens for HighBrightness lenses |
f265: 152 mm x 108 mm
f345: 140 mm x 102 mm f450: 288 mm x 190 mm f600: 374 mm x 240 mm | ||||
| Structural design | |||||
| Dimensions (W x H x D) | 278 mm x 391 mm x 202 mm (configuration example with fc56 and f160) | 278 mm x 296 mm x 202 mm (configuration example with fc90 and f264) | 379 mm x 421 mm x 202 mm (Example configuration with fc150 and f450) | 227 mm x 562 mm x 229 mm | 412 mm x 266 mm x 366 mm |
| Weight | 15 kg | 15 kg | 25 kg | 12.5 kg | 35 kg |
| Compatibility | |||||
| Available lasers | TruDiode, TruDisk, TruMicro | TruDiode, TruDisk, TruFiber, TruMicro, TruPulse | TruDisk, TruFiber, TruMicro, TruPulse | TruDiode, TruDisk | TruDisk |
| Available sensor system | - | VisionLine, CalibrationLine, temperature control for plastic welding and curing | VisionLine, CalibrationLine | - | VisionLine, CalibrationLine, SeamLine Remote, OCT seam position control |
| Options | |||||
| Available options | Crossjet, camera monitoring | Crossjet, sensor interface, lighting | Crossjet, MVE nozzle, smoke bell, sensor interface, lighting | Crossjet, MVE nozzle, shielding gas supply, camera monitoring, sensor interface, lighting, cartridge module, protective glass monitoring unit | I-PFO, crossjet, MVE nozzle, smoke bell, lighting version |
| Available software options | TruTops PFO, PFO Smart Teach App | TruTops PFO, PFO Smart Teach App | TruTops PFO, PFO Smart Teach App | - | TruTops I-PFO and TruTops PFO, PFO Smart Teach App |
PFO 14
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PFO 20
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PFO 33-2
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PFO 1D
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PFO 3D
| |
|---|---|---|---|---|---|
| Laser parameters | |||||
| Wavelength | - | - | - | - | - |
| Power | up to 2000 W (cw) | up to 2000 W (cw) | up to 8000 W (cw) | up to 80000 W (cw) | up to 8000 W (cw) |
| Numerical aperture | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 | typ. 0.11 / max. 0.12 |
| Laser light cable type | LLK-D, LLK-B, LLK-A | LLK-D, LLK-B, LLK-A | LLK-D, LLK-B | LLK-D, LLK-B | LLK-D |
| Optics configuration 2 | |||||
| Collimation | 35 / 56 mm | 35 / 56 / 80 / 90 / 100 mm | 60 / 90 / 140 / 150 / 200 / 300 mm | 150 mm | 138 mm |
| Focal length | 100 / 160 / 163 / 254 / 330 / 420 mm | 90 / 100 / 135 / 160 / 163 / 200 / 254 / 264 / 280 / 330 / 395 / 420 / 560 / 740 mm | 160 / 255 / 265 / 345 / 450 / 600 / 900 mm | 150 / 200 / 300 mm | 255 / 345 / 450 / 600 / 900 mm |
| Z stroke for focal length of lens | - | - | - | - |
f255: ± 22 mm
f345: ± 40 mm f450: ± 70 mm f600: ± 100 mm f900: ± 220 mm |
| Field size (ellipse Y x X) for focal length of lens |
f100: 47 mm x 18 mm
f160: 110 mm x 75 mm f163: 110 mm x 70 mm f254: 170 mm x 120 mm f330: 220 mm x 178 mm f420: 286 mm x 230 mm | f264: 180 mm (examples for TruDisk IR/TruFiber/TruMicro) | - | - |
f255: 174 mm x 102 mm (z=0)
f345: 240 mm x 140 mm (z=0) f450: 320 mm x 190 mm (z=0) f600: 376 mm x 230 mm (z=0) f900: 525 mm x 340 mm (z=0) |
| Field size (ellipse Y x X) for focal length of lens for TruDisk/TruMicro |
f160: 56 mm x 34 mm
f255: 180 mm x 104 mm f345: 240 mm x 140 mm f450: 320 mm x 190 mm f600: 376 mm x 230 mm f900: 520 mm x 310 mm | ||||
| Field size (ellipse Y x X) for focal length of lens for TruFiber (FD34) |
f265: 140 mm x 102 mm
f345: 208 mm x 152 mm f450: 288 mm x 190 mm f600: 374 mm x 240 mm | ||||
| Field size (ellipse Y x X) for focal length of lens for HighBrightness lenses |
f265: 152 mm x 108 mm
f345: 140 mm x 102 mm f450: 288 mm x 190 mm f600: 374 mm x 240 mm | ||||
| Structural design | |||||
| Dimensions (W x H x D) | 278 mm x 391 mm x 202 mm (configuration example with fc56 and f160) | 278 mm x 296 mm x 202 mm (configuration example with fc90 and f264) | 379 mm x 421 mm x 202 mm (Example configuration with fc150 and f450) | 227 mm x 562 mm x 229 mm | 412 mm x 266 mm x 366 mm |
| Weight | 15 kg | 15 kg | 25 kg | 12.5 kg | 35 kg |
| Compatibility | |||||
| Available lasers | TruDiode, TruDisk, TruMicro | TruDiode, TruDisk, TruFiber, TruMicro, TruPulse | TruDisk, TruFiber, TruMicro, TruPulse | TruDiode, TruDisk | TruDisk |
| Available sensor system | - | VisionLine, CalibrationLine, temperature control for plastic welding and curing | VisionLine, CalibrationLine | - | VisionLine, CalibrationLine, SeamLine Remote, OCT seam position control |
| Options | |||||
| Available options | Crossjet, camera monitoring | Crossjet, sensor interface, lighting | Crossjet, MVE nozzle, smoke bell, sensor interface, lighting | Crossjet, MVE nozzle, shielding gas supply, camera monitoring, sensor interface, lighting, cartridge module, protective glass monitoring unit | I-PFO, crossjet, MVE nozzle, smoke bell, lighting version |
| Available software options | TruTops PFO, PFO Smart Teach App | TruTops PFO, PFO Smart Teach App | TruTops PFO, PFO Smart Teach App | - | TruTops I-PFO and TruTops PFO, PFO Smart Teach App |
The technical data of all product versions as a download.
The PFO 1D programmable focusing optics combine the best of both worlds: the robustness of industry-proven TRUMPF fixed optics and the scanner functionality of programmable focusing optics (PFO). The individually adjustable 1D wobbling movement of the laser beam means you benefit from utmost weld seam quality, both during heat conduction welding as well as during deep welding applications.
Laser: TruDisk
Max. laser power: 8 kW (cw)
The PFO 14 and PFO 20-2 programmable focusing optics are ideally suited for spot welding or path welding where high speeds are required. The 2D scanners function according to the pre-objective scanning principle. This allows them to reach all points in the scanner's processing space with high dynamics and consistent beam quality, at a near-constant working distance. You also benefit from easy focusing lens replacement, due to the fact that calibration data is saved in a storage device on the focusing lens. You can easily join complex components with multiple weld seams.
Lasers: TruDisk, TruDiode, TruFiber, TruMicro
Max. laser power: 300 W (TruDiode), 2000 W (TruDisk, TruFiber, TruMicro)
Use PFO 33-2 programmable focusing optics for spot welding or path welding with high demands on repositioning times. The 2D scanner works according to the pre-objective scanning principle as well. This means that you can reach all points in the scanner's processing space with high dynamics and consistent beam quality, at a near-constant working distance. You also benefit from easy focusing lens replacement, due to the fact that calibration data is saved in a storage device on the focusing lens. Optionally, these optics are also available with TRUMPF VisionLine image processing.
Lasers: TruDisk, TruMicro
Max. laser power: 8 kW (cw)
The PFO 3D-2 programmable focusing optics constitute a 3D scanner which is also based on the pre-objective scanning principle. This allows all points in the scanner's processing space to be reached with high dynamics and consistent beam quality, at a variable working distance. All NC programs are saved locally in the PFO, which also allows for operation without a PC. Optionally, the 3D scanner is also available with TRUMPF TruTops I-PFO offline simulation software, seam tracking with SeamLine Remote triangulation, and the CalibrationLine calibration tool.
Laser: TruDisk
Max. laser power: 8 kW (cw)
The perfect software solution for laser welding when dealing with complex challenges. The TruTops I-PFO software makes it easier to set up and adjust complex tasks that need to be carried out with industrial robots and PFO 3D welding optics.
TruTops PFO is offline software for 2D and 3D programming of your PFO. You can define any paths, edges, or planes of objects created in the CAD editor or loaded from external sources as weld seams. You can simultaneously take into account clamping fixtures in order to optimize the welding sequence and therefore the processing time. The software makes it possible for you to program different wobble methods. You can use the network to connect TruTops PFO with TruControl.
To make the most of the advantages of intelligent remote processing, you can program the I-PFO with TruTops I-PFO. The offline 3D development tool determines the ideal process and optimizes the path and speed. You can simultaneously take clamping fixtures into account in order to optimize the path of the robot, the welding sequence, and therefore the processing time. The software also analyzes the cycle time and presents it virtually.
Expand the PFO programmable focusing optics with a variety of innovative functions.
Various cameras can be directly adapted to the PFO. A digital color camera system enables the sharp detection of contours and edges, for instance. The software of the PFO supports camera operation by way of touchscreen, crosshairs that can be set digitally, and the saving of images. Even in low light, the coaxial and therefore direction-independent lighting brings everything into perspective.
The intelligent PFO (I-PFO) recognizes its own position in the work area of robot, and the position and orientation of the processing points. Based on information on the current robot movement, the I-PFO independently starts processing as soon as it is possible in terms of geometry and process technology. Remote processing "on-the-fly" is thereby possible, which greatly reduces both the positioning time of the robot and the cycle times in your production operations.
PFO SmartTeach is an application for your programmable focusing optics in the PFO series. It makes creating and setting up laser welding and cutting programs easier. The camera installed on the C-mount of the optics transmits the live image to the app. This enables convenient teaching directly at the component. If you want to create and teach in PFO geometries, you can do this by way of intuitive gesture operation on a tablet PC.
Crossjet is a compressed air flow that runs orthogonally to the laser beam. It diverts contamination and spatter and thereby extends the service life of the protective glass. The laser process becomes more robust.
This product range and information may vary depending on the country. Subject to changes to technology, equipment, price, and range of accessories. Please get in touch with your local contact person to find out whether the product is available in your country.
Footnotes
