Zero Blind Spots.
Total Area Control.
High-performance fiber optic arrays engineered for irregular part detection and high-speed falling objects. Experience sub-millimeter precision across the entire 50mm sensing window.
High risk of missed pulses due to target vibration.
Continuous sensing curtain eliminates all dead zones.
Parallel Optical Axes: Eliminating Dead Zones
Unlike traditional sensors that rely on a single point of contact, our blanking sensors utilize a dense array of collimated parallel beams to create an impenetrable detection curtain.
Planar Coverage
Multiple high-power optical fibers are aligned with sub-micron precision to generate a uniform sensing field up to 30mm high.
Position Independence
Detect objects regardless of where they pass through the window. Ideal for irregular falling parts or vibrating conveyor lines.
ASIC Signal Logic
Proprietary logic ensures that every beam in the array maintains identical sensitivity, preventing false trips from dust or oil mist.
Capturing the Invisible Details
In high-precision manufacturing, even a 0.5mm component matters. Our area sensors are engineered with high-density fiber cores to ensure that no micro-part ever slips through the sensing field undetected.
ø0.5mm Detection Capability
Detect micro-springs, IC pins, and precision screws with absolute confidence, even at peak falling velocities.
High-Density Optical Pitch
Minimized beam spacing reduces the dead zone, providing a continuous "wall of light" for complex irregular shapes.
12-Bit Processing Accuracy
Internal high-speed ASIC logic converts optical signals into precise digital data for 100% reliable PLC output.
Minimal Footprint. Maximum Versatility.
Modern automation demands components that fit into increasingly tight spaces. Our blanking sensors feature a low-profile housing that integrates seamlessly into robotic grippers and compact conveyor systems.
3.5mm Ultra-Slim Profile
Engineered for "invisible" integration in narrow gaps where standard sensors cannot fit without collision risk.
Lightweight Aluminum Housing
Reducing payload on high-speed robotic arms to maintain peak acceleration and minimize motor wear.
90° Side-Exit Cabling
Optimized cable management to prevent bending fatigue and simplify wiring in congested machinery modules.
Dominate the Distance Across Any Gap
Maintain a rock-solid optical link even at distances up to 4.0m. Our high-power beam arrays are engineered to penetrate through thick dust and bypass high-frequency ambient lighting on the modern factory floor.
Up to 4.0m Scanning Range
Perfect for wide conveyors and large-scale machinery integration where standard fiber optic sensors simply fall short.
High Ambient Light Immunity
Advanced frequency modulation prevents interference from overhead high-frequency LED lighting or nearby welding arcs.
Optical Alignment Support
Built-in signal strength visualizers simplify the alignment of long-distance arrays during commissioning and maintenance.
Precision Detection for Complex Workflows
From high-speed electronics assembly to heavy-duty industrial automation, our area sensors provide the reliability needed for mission-critical sensing tasks.
High-Speed Part Counting
Accurately count micro-screws or electronic components as they fall from feeders. The 30mm sensing window ensures no part is missed, regardless of its trajectory.
- ø0.5mm minimum object detection
- Non-stop high-speed counting
Web Guiding & Edge Control
Monitor the edge position of transparent films, paper, or metal sheets. The parallel beam array provides a linear feedback signal for precise alignment.
- Stable transparent object sensing
- Real-time position feedback
Orientation & Integrity Check
Verify if a component is correctly oriented or if all required holes are present in a machined part. Ideal for integration with Cobot pick-and-place tasks.
- Area-based profile checking
- Easy PLC logic integration
Array Sensor Selection Matrix
Select the optimal array height and resolution for your specific detection path. All models feature high-density fiber cores for industrial-grade reliability.
| Series Model | Array Height | No. of Beams | Min. Object | Max. Distance |
|---|---|---|---|---|
| XSZ-FA11-05 | 11 mm | 5 Beams | ø 0.5 mm | 2,000 mm |
| XSZ-FA20-10 | 20 mm | 10 Beams | ø 0.5 mm | 3,500 mm |
| XSZ-FA30-15 Flagship | 30 mm | 15 Beams | ø 1.0 mm | 4,000 mm |
Zero-Guesswork Optical Alignment
Forget tedious manual adjustments. Our integrated signal indicator provides real-time digital feedback, ensuring a rock-solid optical link even across maximum sensing distances.
3-Stage LED Feedback
Instant visual confirmation of stability directly on the sensor head—Red (Low), Yellow (Marginal), Green (Optimal).
Fast-Track Installation
Reduce setup time by up to 70% in high-density automation cells by quickly identifying the precise optical center-axis.
Signal Quality Monitoring
The system monitors attenuation caused by dust or lens contamination, alerting operators before a functional failure occurs.
Accelerate Your Design Cycle
We provide a comprehensive suite of digital assets to ensure seamless integration into your mechanical and electrical architectures—no manual drawing required.
3D CAD Models
STEP / IGSNative 3D geometry for effortless interference checks and mounting simulation.
Download ModelWiring Diagrams
PDFDetailed NPN/PNP schematics for safe integration with PLC and safety relays.
Download PDFPLC Logic Samples
FB / AOIPre-built function blocks for Siemens TIA Portal, Rockwell Studio 5000, and more.
Access LibraryCustom Solutions for Complex Geometries
Can't find the exact array height or housing for your machine? Our application engineers in the Shenzhen & Yueqing hubs specialize in tailoring optical solutions to your specific factory floor requirements.
Start Your System Inquiry
Connect with an XSZ application engineer to discuss your project specifications and receive a technical quote within 24 hours.
