
| Model | SL 25 | SL 35 | SL 50 | SL80 | |||||
| Average power | 25 W | 50 W | 60 W | 80 W | |||||
| Pulse peak power | 3 KW | 3,5 KW | 7,5 KW | ||||||
| Max pulse energy | 20 J | 25 J | 30 J | 70 J | |||||
| Max pulse energy at 3 ms | 7 J | 9 J | 18 J | ||||||
| Pulse frequency | 0 ÷ 50 Hz | 20 J | |||||||
| Pulse duration | 0.3 – 25 ms | 0 ÷ 50 Hz | 0 ÷ 50 Hz | 0 ÷ 50 Hz | |||||
| Color display | touch screen | 0.3 – 25 ms | 0.3 – 25 ms | 0.3 – 25 ms | |||||
| Beam splitter | NO | touch screen | YES | touch screen | |||||
| Max working temperature | 35°C | NO | YES | YES | |||||
| Cooling | Air | NO | YES | ||||||
| Power requirements | 230 Vac – 1ph | 35°C | 35°C | 35°C | |||||
| Dimensions mm (LxWxH) | 345x950x900 | Air | Air | Air | |||||
| Weight | 97 Kg | 230 Vac – 1ph | 100 Kg | 230 Vac – 1ph | |||||
| 345x950x900 | 345x950x900 | ||||||||
| 97 Kg | 100 Kg | ||||||||
| Model | SL 150 | SL 300 | |||||||
| Laser | Nd: YAG (flash lamp) | Nd: YAG (flash lamp) | |||||||
| Average power | 150 W | 300 W | |||||||
| Pulse peak power | 10,5 KW | 12 KW | |||||||
| Max pulse energy | 70 J | 100 J | |||||||
| Max pulse energy at 3 ms | 29 J | 35 J | |||||||
| Pulse frequency | 0 ÷ 100 Hz | 0 ÷ 200 Hz | |||||||
| Pulse duration | 0.3 – 25 ms | 0.2 – 25 ms | |||||||
| Color display | touch screen | touch screen | |||||||
| Beam splitter | YES | NO | |||||||
| Smart spot | NO | NO | |||||||
| Max working temperature | 35°C | 35°C | |||||||
| Cooling | Air | Air | |||||||
| Power requirements | 400 Vac – 3 ph50÷60Hz – 5.5A | 400 V 50/60Hz 3ph 8 Kw | |||||||
| Dimensions mm (LxWxH) | 720x520x990 | 900x630x1090 | |||||||
| Weight | 120 Kg | 206 Kg | |||||||
The SISMA SL 35/50/80 is designed for automated laser welding in production environments where speed, repeatability and precision are essential. Its compact laser source integrates easily into robotic workstations, CNC equipment, automated assembly lines and bespoke manufacturing systems, enabling high-quality welding with minimal thermal distortion.
Typical applications include precision metal joining, electronic components, medical devices, automotive assemblies, battery manufacturing, jewellery production and precision engineering. The fibre optic beam delivery and optional dual-fibre capability provide manufacturers with flexible integration options for high-volume production.

Discover how laser marking is used for aerospace components, including traceability, serial numbers, Data Matrix codes and precision metal marking.

Discover how laser marking is used in automotive manufacturing for traceability, serial numbers, Data Matrix codes, EV components and permanent identification.

Discover how laser welding improves medical device manufacturing for surgical instruments, implants, pacemaker housings, catheters and titanium components.
Orders: orders@laserlines.co.uk
Remittances: remittance@laserlines.co.uk
Laser and Accessories: lasers@laserlines.co.uk
3d Printing & Rapid Manufacturing: 3dworld@laserlines.co.uk
Modelling Bureau: parts@laserlines.co.uk
Technical Support: support@laserlines.co.uk
2018 LASER LINES All Rights Reserved. Site by SEO Works