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The SM902professional offers a higher assembly output than the other Fritsch LM or SM systems. Providing ease of use and comfort to the end user places component efficiently and accurately.
Unlike the SM902, the SM902professional is equipped with motor-driven feeders with LEDs and an automatic dispensing system for glue or solder paste.
This product is available to view in our virtual demo.
Click to the right if you’d like to see the product in-situ within an SMT line, where you can also view a 3D file and watch a short video introduction.
If you’d like more information first click below.
| Specs |
| placement rate: 500-800 SMDs per hour |
| dimensions: 700 x 680 x 340 mm |
| max. PCB size: 390 x 310 mm |
| max. placement area: 375 x 235 mm |
| PCB thickness: 0,5 mm up to ~ 4 mm |
| components: chip 0201 up to size 40 x 40 mm |
| accuracy of motor-driven eye: 0,1 mm |
| Specs |
| placement rate: 500-800 SMDs per hour |
| dimensions: 700 x 680 x 340 mm |
| max. PCB size: 390 x 310 mm |
| max. placement area: 375 x 235 mm |
| PCB thickness: 0,5 mm up to ~ 4 mm |
| components: chip 0201 up to size 40 x 40 mm |
| accuracy of motor-driven eye: 0,1 mm |
The SM902professional places about 500–800 SMDs per hour, depending on component size, operator speed, and board complexity.
It supports very small components starting from 0201, up to larger parts of 40 × 40 mm.
Max PCB size is 390 × 310 mm, with the maximum placement area of 375 × 235 mm.
The motor-driven “eye” (vision / alignment system) delivers positioning accuracy of approximately 0.1 mm.
It supports PCB thicknesses from around 0.5 mm up to ~4.0 mm.
Features like motor-driven feeders with LEDs, automatic dispensing for glue or solder paste, the “eye” automatically moving to the next placement position, and CAD-import or teach-in options all reduce setup time and operator fatigue.
The unit measures about 700 × 680 × 340 mm (W × D × H). This compact size makes it suitable for benchtop use or space-limited workstations.
It is ideal for prototyping, small to medium batches, or environments where flexibility, cost, and operator control matter more than ultra-high speed. Limitations include that throughput is much lower than automatic pick-and-place machines, and operator skill still affects consistency and speed.