Schott A08905 Lightline Fiber Optic Line Light 5.0" x 0.040"
Regular price
$935.00
The Schott A08905 Lightline is a precision fiber optic line light delivering a narrow, uniform 5.0" × 0.040" illuminated line — designed for Schott KL series and ColdVision cold light sources and engineered for machine vision, line-scan imaging, surface inspection, and any application requiring a mid-length, precisely defined, high-intensity line of light.
KEY FEATURES
- 5.0" × 0.040" (127mm × 1.0mm) illuminated line — a mid-length, precisely defined line of light for line-scan imaging and structured illumination across medium-width inspection fields
- High-intensity fiber optic construction for consistent, bright, uniform line illumination from Schott KL series and ColdVision cold light sources
- Ideal for line-scan cameras and machine vision systems requiring a uniform, high-contrast line of illumination — wider than the 2" A08589, narrower than the 7" A08907
- Cold light (IR-free) illumination — protects heat-sensitive specimens, components, and materials during extended inspection runs
- 🇩🇪 Schott quality, made in Germany — precision fiber optic construction for consistent line uniformity and long service life
- New — part number A08905
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Technical Specifications
| Part Number | A08905 |
| Type | Fiber optic line light (Lightline) |
| Illuminated Line Dimensions | 5.0" × 0.040" (127mm × 1.0mm) |
| Compatible Light Sources | Schott KL series, ColdVision cold light sources |
| Illumination Type | Cold light (IR-free), uniform line |
| Country of Origin | Germany |
| Condition | New |
| SKU | A08905 |
| Weight | 2 lbs |
Microscope Compatibility
Typical Applications
Mid-width line-scan camera illumination for machine vision and automated inspection
Surface defect detection on mid-size flat components and materials
Web, film, and sheet inspection requiring a 5" illumination width
Barcode, label, and document reading illumination
Dimensional measurement and gauging with structured line light
3D profilometry and structured light scanning of medium-format surfaces
