Main features
- Super compact design for laser Tri-angulation
3D Lens With SCHEIMPFLUG Interesection
Technical Specification
- High resolution ups to 3.45um;
- Super compact design for laser Tri-angulation；
- Effectively reducing product volume and lowering transportation costs;
Application
- Laser Tri-angulation
3D Lens With SCHEIMPFLUG Interesection
| Product Modal | Img. Circle(mm) | EFL(mm) | Mag.range | Mount | Specification | 3D files |
|---|---|---|---|---|---|---|
| SM3545B | 1" | 35 | 0.04-0.25 | C | download | |
| SM2535B | 1" | 25 | 0.73-1.01 | C | ||
| SM3530B | 1" | 35 | 0.73-1.07 | C | ||
| SM5028B | 1" | 50 | 0.78-1.15 | C | ||
| SM7528B | 1" | 75 | 0.49-0.69 | C | ||
| FF059089 | 22.03mm | 37 | 0.59 | C | download | download |
| FF156052 | 22.03mm | 28 | 1.56 | C | download | download |
| FF2220A | 6.49mm | 23 | 0.91 | C | download | download |
| FF2220A2 | 6.4mm | 29.4 | 0.91 | C | download | download |
| FF2220B | 6.49mm | 22 | 0.672 | C | download | download |
| FFL2518A | 15.85mm | 25 | 0.065 | C | download | download |
| FFL2518B | 15.85mm | 25 | 0.03 | C | download | download |
| FFL2518C | 15.85mm | 25 | 0.022 | C | download | download |
| FFL2518-D-655 | 15.85mm | 25 | 0.105 | C | download | download |
| FFL3022 | 6.48mm | 30.2 | 0.35 | C | download | download |
| SD120091 | 22.87mm | 70 | 1.2 | C | download | download |
| FFL1218 | 15.85mm | 12 | 0.057 | C | download | download |
| FFL1620A | 22.03mm | 17 | 0.043 | C | download | download |
| FFL3518-452-A | 6.48mm | 37 | 0.082 | C | download | download |
| FFL3518-898A | 6.48mm | 35 | 0.04 | C | download | download |
| GLX6060 | 22.03mm | 44 | 0.67 | C | download | download |
| SD133091 | 22.03mm | 45 | 1.33 | C | download | download |
| FFL050070A | φ22mm | 49.2 | 0.5 | M30*0.5 | download | download |
Fine textured matt black finish
DZOPTICS lenses feature a finely textured matte black finish, a soft surface that not only helps to reduce the loss of contrast caused by the diffuse reflection of light inside the barrel, but also reduces the possibility of debris falling from areas that are subjected to frequent manoeuvring.
