The products here are part of DADISICK's brand product line, which is independently developed, manufactured, and sold.
We provide stable, high-quality products and ensure fast delivery.
| Image | All Products | Model | Description |
|---|---|---|---|
 | GFK/W-10P | Contact Digital Displacement Sensor | DADISICK | GFK & GFW Series | GFK/W-10P | Range: 10mm(±5mm) Repeat accuracy: < 1μm Linearity: ±0.4% F.S Measurement force: min 0.2N |
| GFK/W-10S | Contact Digital Displacement Sensor | DADISICK | GFK & GFW Series | GFK/W-10S | Range: 10mm(±5mm) Repeat accuracy: < 1μm Linearity: ±0.4% F.S Measurement force: 0.8N (middle position) |
| GFK/W-10L | Contact Digital Displacement Sensor | DADISICK | GFK & GFW Series | GFK/W-10L | Range: 10mm(±5mm) Repeat accuracy: < 1μm Linearity: ±0.4% F.S Measurement force: 0.8N (middle position) |
| GFK/W-05S | Contact Digital Displacement Sensor | DADISICK | GFK & GFW Series | GFK/W-05S | Range: 5mm(±2.5mm) Repeat accuracy: < 1μm Linearity: ±0.3% F.S Measurement force: 0.6N (middle position) |
| GFK/W-05L | Contact Digital Displacement Sensor | DADISICK | GFK & GFW Series | GFK/W-05L | Range: 5mm(±2.5mm) Repeat accuracy: < 1μm Linearity: ±0.3% F.S Measurement force: 0.6N (middle position) |
| GFK/W-02 | Contact Digital Displacement Sensor | DADISICK | GFK & GFW Series | GFK/W-02 | Range: 2mm(±1mm) Repeat accuracy: < 1μm Linearity: ±0.1% F.S Measurement force: 0.9N (middle position) |
| GFK/W-01 | Contact Digital Displacement Sensor | DADISICK | GFK & GFW Series | GFK/W-01 | Range: 1mm(±0.5mm) Repeat accuracy: < 1μm Linearity: ±0.3% F.S Measurement force: 1.2N (middle position) |
 | GFJ-GWB | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-GWB | Measuring range: 0-25.4 mm Resolution: 0.2μm Accuracy: ≤1.8μm Response time: 50ms |
| GFJ-WB | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-WB | Measuring range: 0-25.4 mm Resolution: 0.5μm Accuracy: ≤3μm Response time: 50ms |
| GFJ-KB | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-KB | Measuring range: 0-25.4 mm Resolution: 1μm Accuracy: ±3μm(≤6μm) Response time: 50ms |
| GFJ-HB | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-HB | Measuring range: 0-25.4 mm Resolution: 5μm Accuracy: ≤10μm Response time: 50ms |
| GFJ-GWA | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-GWA | Measuring range: 0-12.7 mm Resolution: 0.2μm Accuracy: ≤1.4μm Response time: 50ms |
| GFJ-WA | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-WA | Measuring range: 0-12.7 mm Resolution: 0.5μm Accuracy: ≤2μm Response time: 50ms |
| GFJ-KA | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-KA | Measuring range: 0-12.7 mm Resolution: 1μm Accuracy: ±2μm(≤4μm) Response time: 50ms |
| GFJ-HA | Contact-Type Displacement Sensor | DADISICK | GFJ Series | GFJ-HA | Measuring range: 0-12.7 mm Resolution: 5μm Accuracy: ≤10μm Response time: 50ms |
 | GFL-G250P-485 | Laser Displacement Sensors | DADISICK | GFL-G Series | GFL-G250P-485 | Response time: up to 1.0ms Repetitive accuracy: up to 2µm Detection distance: 250mm Detection range (f. s.): ±150mm |
| GFL-G85P-485 | Laser Ranging Sensor | DADISICK | GFL-G Series | GFL-G85P-485 | Response time: up to 1.0ms Repetitive accuracy: up to 2µm Detection distance: 85mm Detection range (f. s.): ±20mm |
| GFL-G50P-485 | Measurement Distance Sensor | DADISICK | GFL-G Series | GFL-G50P-485 | Response time: up to 1.0ms Repetitive accuracy: up to 2µm Detection distance: 50mm Detection range (f. s.): ±10mm |
| GFL-G250N-485 | Laser Displacement Sensor | DADISICK | GFL-G Series | GFL-G250N-485 | Response time: up to 1.0ms Repetitive accuracy: up to 2µm Detection distance: 250mm Detection range (f. s.): ±150mm |
| GFL-G50N-485 | Laser Distance Sensor | DADISICK | GFL-G Series | GFL-G50N-485 | Response time: up to 1.0ms Repetitive accuracy: up to 2µm Detection distance: 50mm Detection range (f. s.): ±10mm |
Since 2006, DADISICK has led industrial automation safety tech globally. We specialize in smart sensor solutions, prioritizing safety, efficiency, and innovation.MORE
