3D Snapshot Sensor
Product Overview
JSL-NANO is a compact binocular structured light sensor for industrial guidance and positioning in confined spaces. Combining binocular vision and structured light projection, it captures 3D data of target objects un¬der 2 seconds, providing precise positioning and automation guidance.
Provides stable and reliable 3D measurement capability
Binocular Structured Light Technology
Product selection
| Model | JSL-NANO |
| Measuring range | ±150 mm |
| Reference distance | 450 mm |
| Field of view at reference distance | 330 mm×260 mm |
| Field of view at 300 mm (near) | 220 mm×170 mm |
| Field of view at 600 mm (far) | 450 mm×350 mm |
| Z-axis repeatability (at reference distance) | 0.1 mm |
| Linearity | 0.1% of F.S. |
| Typical acquisition time | 0.6 s-1.1 s |
| Light source | Blue semiconductor laser(445 nm) |
| Laser class |
CLASS 3R |
| Communication interface | 1000BASE-T |
| Protection class |
IP67 |
| Voltage Range | 11-30 VDC |
| Operating temperature | 0 - 45° C |
*Notes:
1. The measurement target is a standard diffuse reflective object.
2. Use height/position tools to measure within the initial setup area.
3. Values are obtained after smoothing and averaging.
4. Data are averaged at the reference distance.
Application Scenarios
Applicable to microelectronics, precision machinery, and medical components for micron-level positioning and assembly accuracy.
Precision Manufacturing
Achieves a repeatability of 0.1 mm at the reference distance
High Repeatability
Compact form factor ideal for space-constrained environments
Outstanding Linearity
Ideal for small robotic vision positioning systems and measurement or guidance in confined spaces, breaking through environmental limitations
Intelligent and Special Scenarios
Delivers 0.1% of F.S. accuracy
Miniaturized Design
±150 mm measuringrange to meet diverse application needs
Wide Measuring Range
Empowers research institutions in 3D measurement and positioning studies, providing high-precision data for scientific research and innovation
Research Support
Typical acquisition time of 0.6–1.1 s ensuring real-time performance
Fast Response
Technical Advantage