SinceVision to Present Next-Gen Low-Light Imaging Solutions at Scientific VISION Days 2026

Advanced machine vision is rapidly transitioning. In the inspection of semiconductors, Micro-LEDs, advanced packaging, and photovoltaics, yield-affecting defects no longer manifest as distinct contours. Instead, they are hidden in extremely faint luminescence and micro-defects that approach the noise floor of conventional industrial cameras.

To address this critical industry bottleneck, SinceVision has been selected to speak at the prestigious Scientific VISION Days, hosted by the AIT Austrian Institute of Technology GmbH in partnership at VISION 2026.

"European manufacturers are operating at the high-end of semiconductor and precision inspection. With the Solis B0555 PRO, we are bringing a solution that moves sub-electron low-noise imaging out of the laboratory and directly onto the high-speed production line. We are thrilled to introduce this leap in inspection confidence to the global vision community at VISION 2026."— Kevin Cheng, Europe Sales Director, SinceVision

The Bottleneck in High-End Industrial Inspection

Historically, engineers have relied on increasing illumination, extending exposure times, or multi-frame averaging to detect weak signals like dark-field micro-defects on wafers or hidden cracks in photovoltaic ELs.

However, these workarounds introduce new industrial costs. Higher light power risks thermal damage to delicate materials. Extended exposures and multi-frame averaging severely reduce detection cycle times. While research-grade low-light cameras exist, they have traditionally been confined to laboratory environments, lacking the speed and engineerable workflows required for automated production lines.

Bridging the Gap: The Solis B0555 PRO

During the presentation, SinceVision will detail how the Solis B0555 PRO cooled BSI sCMOS camera breaks down the barriers between cutting-edge laboratory imaging and high-speed industrial mass production.

By integrating sub-electron-level ultra-low readout noise with a high-speed global shutter into a single industrial platform, the system provides a low-dose, high-confidence weak signal imaging path.

Key Technological Innovations:

• Sub-Electron Ultra-Low Noise: At just 0.29e- RMS, the camera enables photon-level statistics in a single frame. This allows weak signals to be cleanly separated from the background without massive multi-frame averaging, securing high-speed cycle times.

• High-Speed Global Shutter: Delivering a full-frame resolution at 240fps, the global shutter exposes all pixels simultaneously. This eliminates motion distortion and temporal misalignment at platform speeds of up to 500mm/s.

• Broad Spectral Mastery: With a 200nm to 1100nm spectral response and a peak quantum efficiency exceeding 95%, the sensor captures two edge bands notoriously difficult for conventional vision systems: the 200nm band (DUV/UV surface inspection) and the 1100nm band (crystalline silicon EL/PL).

• Multi-Level Chip Cooling: Operating with a dark current as low as 0.002e-/pixel/s at -30°C, the system drastically reduces background drift during long-exposure or spectral imaging.

Join Us at Scientific VISION Days 2026

 The global machine vision ecosystem is shifting from routine appearance screening to photon-level precise data acquisition. We invite you to join SinceVision's presentation to discover how this technology empowers AI visual inspection algorithms and significantly reduces false positives in highly reflective and complex scenes.

Request a Free One-Day Ticket to VISION 2026

 Presentation Details:

Frequently Asked Questions (FAQs)

What makes the Solis B0555 PRO sCMOS camera different from standard industrial cameras? 

Conventional industrial cameras struggle with weak signal detection, often requiring high illumination or long exposures that slow down production. The Solis B0555 PRO combines research-grade ultra-low noise (0.29e- RMS) with an industrial high-speed global shutter (240fps), allowing for rapid, single-frame detection of extremely faint defects on active production lines.

What applications benefit most from sub-electron low-noise imaging? 

This technology is critical for advanced manufacturing where defects do not have high-contrast edges. Key applications include semiconductor wafer dark-field re-inspection, Micro-LED low-current detection, photovoltaic EL microcrack detection, and identifying weak fluorescence in advanced packaging adhesives.

Does the Solis B0555 PRO support high-speed motion imaging? 

Yes. Unlike rolling shutter cameras that can introduce positional offsets during motion, the Solis B0555 PRO utilizes a high-speed global shutter. It exposes all pixels simultaneously, making it perfectly suited for high-speed platform scanning, aerial photography, array inspection, and multi-camera synchronization.

Where can I see SinceVision's technology at VISION 2026? 

SinceVision will be exhibiting at Booth 8C50 at Messe Stuttgart. You can also attend our dedicated speaking session during the Scientific VISION Days on the morning of October 6, 2026. Learn more here

We will also present at the Industrial VISION Days on Solving 3D Inspection in the AI Computing Era. Learn more here