
The dual‑mode lighting consolidates two inspection tools into one, boosting productivity and reducing equipment costs for manufacturers reliant on digital microscopy. This integration supports tighter quality control and faster time‑to‑market in high‑volume production.
In modern electronics manufacturing and precision engineering, digital microscopes have become indispensable for defect detection, assembly verification, and process validation. Yet the quality of inspection hinges on illumination, where inadequate lighting can mask subtle flaws and introduce variability. As manufacturers push for higher yields and tighter tolerances, the demand for versatile, high‑intensity lighting solutions has surged, prompting vendors to integrate advanced illumination directly into microscopy platforms.
INSPECTIS’s new HD‑124‑WUV ring light answers that need with a dual‑mode design that combines 32 white LEDs and eight high‑power UV LEDs on concentric rings. The unit delivers homogeneous, high‑intensity light and features an electronic dimmer, independent UV activation, and segment control for directional lighting. Powered through the microscope’s connector, it eliminates external power supplies and reduces cable clutter, while optional accessories such as a detachable diffuser and polarizer/analyzer kit further enhance contrast and glare reduction for metallic or reflective samples.
The integrated white‑and‑UV capability expands inspection workflows, allowing engineers to switch seamlessly between true‑color imaging and fluorescence‑based defect detection without swapping hardware. This efficiency gain can shorten inspection cycles, improve repeatability, and lower total cost of ownership—key metrics for high‑volume production lines. As digital microscopy continues to embed more functionality, solutions like the HD‑124‑WUV set a benchmark for ergonomic, all‑in‑one illumination that aligns with Industry 4.0’s push toward smarter, faster quality assurance.
February 20, 2026
INSPECTIS AB has announced the release of its new HD‑124‑WUV Dual White & UV Ring Light, a high‑performance illumination solution designed to enhance inspection capabilities when used with INSPECTIS digital microscopes. The new ring light will make its official debut at the IPC/APEX Expo, taking place March 14‑19, 2026, at the Anaheim Convention Center, USA where it will be showcased in partnership with Microscope World.
Industrial digital microscopy plays a critical role in electronics manufacturing, precision engineering, and quality‑assurance processes. Effective illumination is essential for detecting surface defects, verifying assembly integrity, and identifying contamination or material inconsistencies. The HD‑124‑WUV ring light has been developed specifically to meet the evolving needs of inspection environments that require both visible and ultraviolet illumination.
According to Johan Stormlund, Marketing and Sales Manager, Industrial Applications at INSPECTIS, the new device combines performance, flexibility, and ease of use in a single integrated solution.
“Our new HD‑124‑WUV is an industrial‑grade ring light containing 32 white, and 8 high‑power UV LEDs arranged along two rings. This feature‑packed unit is designed for applications where sequential or independent white and UV illumination is needed. It offers homogeneous, high‑intensity light output and features an integrated On/Off switch with electronic dimmer. It also features dedicated switches for UV and segment control.”
This dual‑mode illumination capability allows inspectors to quickly switch between white and UV light or use them independently, supporting a wider range of inspection tasks without requiring multiple lighting systems.
The integration of both white and UV illumination addresses critical inspection requirements across industries, particularly in electronics manufacturing. White light provides high‑contrast, true‑color visualization for general inspection, assembly verification, and dimensional assessment. UV illumination, by contrast, enables detection of features and defects that are invisible under visible light.
Common applications include:
Inspection of conformal coatings on printed circuit boards
Detection of flux residues and contamination
Identification of adhesives and bonding verification
Fluorescence‑based material inspection
Quality control in electronics assembly and repair
UV lighting is particularly valuable in identifying fluorescent materials or residues that may compromise product reliability. By integrating both illumination modes, the HD‑124‑WUV enables inspectors to perform comprehensive evaluations without changing equipment or disrupting workflow.
A key advantage of the HD‑124‑WUV is its direct integration with INSPECTIS digital microscopes. The ring light is powered directly through the microscope system, eliminating the need for external power supplies and reducing cable clutter. This streamlined configuration supports cleaner workstation layouts and improves overall ergonomics.
The ring light also incorporates several practical features that enhance usability:
Integrated On/Off switch with electronic dimmer
Independent UV activation control
Segment control for directional illumination
Detachable diffuser for soft, uniform lighting
Optional polarizer/analyzer filter kit to reduce glare and reflections
Segment control is particularly useful for revealing surface textures and subtle defects by enabling directional lighting. Adjusting illumination angles can highlight scratches, dents, or surface irregularities that might otherwise remain hidden under uniform lighting.
The optional polarizer/analyzer kit further enhances inspection quality by minimizing reflections from shiny surfaces, which is especially important when inspecting metallic components or solder joints.
Digital microscopes have become essential tools in modern production and metrology environments. Their ability to provide high‑resolution imaging, real‑time visualization, and digital documentation makes them invaluable for inspection, training, and process validation.
Lighting plays a central role in maximizing the performance of these systems. Poor illumination can obscure defects, reduce contrast, and introduce variability in inspection results. By providing stable, homogeneous illumination with adjustable intensity and wavelength, the HD‑124‑WUV enhances both inspection reliability and repeatability.
For more information: www.inspect‑is.com
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