High-Precision Displacement Sensors for Advanced Industrial Automation

Achieve sub-micron accuracy with SinceVision's advanced laser triangulation and spectral confocal measurement technologies. Optimize your quality control and manufacturing efficiency today.

Displacement Sensors for Quality Control

590 kHz

Ultra-high speed with a maximum sampling frequency of 590 kHz.
±0.02 % F.S.

High linearity ensuring precise and reliable measurement across different materials.
0.02 µm

Exceptional repeatability for achieving sub-micron accuracy in advanced application scenarios.
10 million

Features a high-flexible shielded cable engineered to withstand over 10 million repeated bending times.
900 mm

Maximum measuring range to accommodate a wide variety of industrial inspection setups.
IP67 rated

Conforming to IEC 60529 standards for industrial-grade protection in harsh, wet, and dusty environments.

01

Ultra-High 590kHz Sampling & Sub-Micron Repeatability

SinceVision sensors deliver a 590kHz sampling frequency and 0.02μm repeatability. This allows for the precise capture of subtle displacement changes in high-speed moving workpieces, making it the ideal solution for real-time detection on high-speed industrial production lines.
02

Cost-Efficient Multi-Sensor Collaboration

Our intelligent one-to-four controller allows for the simultaneous connection of 4 laser sensors to output 8 distinct measurement values. This supports multi-station synchronous displacement detection, significantly reducing deployment costs and hardware footprint on the production line.
03

Seamless PLC Integration via Multi-Protocol Compatibility

Designed for industrial automation, SinceVision supports Ethernet, Analog, and RS485 communication. These sensors connect directly to production line PLCs and industrial control systems without requiring additional conversion equipment, simplifying the integration process.
04

Dual Light Spot Design for Comprehensive Material Compatibility

Featuring both small and wide light spot modes, SinceVision adapts to diverse materials, including metals, plastics, and flexible films. This eliminates measurement blind spots in precision electronics and packaging, solving the common challenge of multi-material compatibility in laser sensing.