F2.0 Large Aperture 4K 8K Line Scan Lens 50 Mm Focal Length
Price:
$0.2~$100
MOQ:
1
Delivery Time:
3~30days after order
Brand:
Advance
Product Description
F2.0 Large Aperture 4K 8K Line Scan Lens
The F30M5020M42 is an ultra-fast, high-sensitivity F2.0 Large Aperture 4K 8K Line Scan Lens engineered specifically for low-light environments and ultra-high-speed industrial processing lines. Featuring a 50mm focal length, this lens stands out by offering a massive F2.0 maximum aperture, allowing twice as much light transmission compared to standard F2.8 lenses.
Optimized for Φ30mm sensors, this 4K 8K line scan lens delivers exceptional clarity, a flat field, and an incredible Relative Illumination profile (>90%), minimizing data noise in demanding machine vision applications.
| Model | F30M1528M42 | F30M2528M42 | F30M3528M42 | F30M5020M42 | L60F6040-M72 |
|---|---|---|---|---|---|
| Focal Length | 15mm | 25mm | 35mm | 50mm | 60mm |
| Image Size | Φ30mm | Φ30mm | Φ30mm | Φ30mm | Φ60mm |
| Resolution | 4K 7μm/8K 3.5μm | 4K 7μm/8K 3.5μm | 4K 7μm/8K 3.5μm | 4K 7μm/8K 3.5μm | 8K 7μm/16K 3.5μm |
| Ratio Range | 0.001X~0.05X | 0.001X~0.125X | 0.001X~0.175X | 0.001X~0.167X | 0.001X~0.2X |
| RI > | >80% | >72% | >83% | >90% | >68% |
| Working Range - Iris | F2.8~F22 | F2.8~F22 | F2.8~F22 | F2.0~F22 | F4.0~F16 |
| Working Range - Focus | 0.3m~Inf. | 0.2m~Inf. | 0.2m~Inf. | 0.3m~Inf. | 0.3m~Inf. |
| Control - Iris | Manual | Manual | Manual | Manual | Manual |
| Control - Focus | Manual | Manual | Manual | Manual | Manual |
| Field Angle | 89.4° @Φ28.7 52.8° @Φ14.4 |
59.7° @Φ28.7 32.1° @Φ14.4 |
44.6° @Φ28.7 23.2° @Φ14.4 |
22.0° @Φ28.7 10.0° @Φ14.4 |
53.1° @Φ60 50.0° @Φ56 |
| TV Distortion | -0.1% | -0.09% | -0.08% | -0.07% | 0.2% |
| Flange Length | 12mm | 12mm | 12mm | 12mm | 12mm |
| Mount Type | M42/M58 | M42/M58 | M42/M58 | M42/M58 | M72 |
| Filter Size | Customizable adapter ring | Customizable adapter ring | Customizable adapter ring | M43 P=0.75mm | M43 P=0.75mm |
| Dimensions | Φ55*83.5mm | Φ59*98.8mm | Φ55*86.7mm | Φ52*63.5mm | Φ49*66mm |
| Weight | 323.5g | 476g | 350g | 290g | 314g |
| Operating Temp. | -20℃~60℃ | -20℃~60℃ | -20℃~60℃ | -20℃~60℃ | -20℃~60℃ |
Key Features
- Ultra-Bright F2.0 Aperture: Captures pristine images under extremely short exposure times, boosting line scan camera line rates.
- Flawless Illumination Uniformity (>90%): Offers the highest brightness uniformity in its class, ensuring virtually zero shading artifacts across 4K and 8K line sensors.
- Compact & Lightweight Structure: Measuring just Φ52 × 63.5mm and weighing 290g, this lens integrates seamlessly into space-constrained multi-camera systems.
- High-Speed Steel & Metal Film Scan: Scans fast-moving metal sheets, foils, and wires for microscopic surface cracks or structural pitting under short exposures.
- Logistics & Barcode Sorting: Empowers logistics hubs to run high-speed OCR text and barcode scanning over wide, fast-moving sorting conveyors.
Frequently Asked Questions
-
What makes an F2.0 Large Aperture 4K 8K Line Scan Lens better than an F2.8 lens for high-speed scanning?At ultra-high line rates, camera exposure times drop to microseconds. An F2.0 large aperture 4K 8K line scan lens gathers double the light of an F2.8 lens, meaning you can maintain low sensor noise and avoid expensive, overly powerful external strobe lighting.
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Does this 4K 8K line scan lens maintain sharpness when wide open at F2.0?Yes, this F2.0 large aperture line scan lens utilizes specialized high-refractive-index glass elements to maintain excellent MTF contrast and sharpness even at full F2.0 aperture.
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Can I customize the filter size or mechanics for this line scan lens?The lens comes with a standard M43 P=0.75mm filter thread and can be adapted with custom step rings based on specific OEM system requirements.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Shanghai Advance Optical-Electronics Technology Co., Ltd
Location
No.425, North Beiying Road, Qingpu Industrial Zone, Shanghai
Contact Person
Zhang


