English
Language
LMI's Gocator 2500 series is currently the most technologically advanced high-speed 3D line laser profile sensor on the market, with outstanding performance in terms of speed, compactness, and sophistication.
Gocator 2510 and Gocator 2520 are designed for high-precision inspection of small parts; Gocator 2512 and 2522 are mainly used for high-precision 3D scanning of glass and scanning of other highly reflective materials, including polished metal and plastic; Gocator 2530 line laser profile sensor is used in Scanning glossy and low-contrast object surfaces can obtain clearer, highly repeatable and reliable 3D data; Gocator 2540/2550 has a larger field of view and wider scanning range, and is suitable for glossy metal EV batteries and consumer electronic components, etc. High-speed 3D measurement and inspection of manufacturing materials.
▼ Micron level measurement accuracy
Two-megapixel imaging chip, micron-level measurement accuracy, detecting tiny details
▼ Ultra-high detection speed and accuracy
Up to 10kHz detection rate, up to 8μm X-direction resolution, no need to worry about narrow edges or gaps
▼ Simple to use and easy to expand
Built-in measurement tools, expandable through Gocator GDK or Gocator accelerator
▼ Wider field of view, larger measurement range
Finely capture the surface features of objects to ensure online inspection of different parts
| Product Name | resolution | Frame rate (fps) | sensor | Pixel size | Data interface | spectrum |
|---|---|---|---|---|---|---|
| Gocator 2550 | 80~270 | GigE | ||||
| Gocator 2540 | 64~160 | GigE | ||||
| Gocator 2530 | 28~54 | GigE | ||||
| Gocator 2522 | 13~17 | GigE | ||||
| Gocator 2520 | 13~17 | GigE | ||||
| Gocator 2512 | 8 | GigE | ||||
| Gocator 2510 | 8 | GigE |
