
NM01L1086
UVG3 2.0 Midlight has an intensity at the center of ≈ 9,000 μw/cm2, generating a beam profile of approximately 3.8 inches / 9.5 cm, and is in compliance with ASTM E3022-18, Pratt and Whitney and USAF requirements. Labino
The Labino UVG3 2.0 Midlight is a sophisticated, handheld UV-A LED flashlight designed for professionals who demand precision and reliability in their inspection processes. This device represents a culmination of advanced LED technology and ergonomic design, catering to the stringent requirements of industries where meticulous inspection is paramount.
Technical Excellence:
High-Intensity UV-A Emission:
The core functionality of the UVG3 2.0 Midlight revolves around its ability to generate a concentrated beam of UV-A light. With a center intensity of approximately 9,000 μW/cm², this device ensures optimal excitation of fluorescent materials, enabling the detection of even the most subtle surface anomalies. This high intensity is crucial in applications where minute defects or contamination can have significant consequences.
Precision Beam Control:
Unlike generic UV lights, the UVG3 2.0 Midlight features a carefully engineered optical system that produces a defined beam profile. The approximately 3.8-inch (9.5 cm) beam diameter allows for focused illumination, minimizing stray light and enhancing inspection accuracy. This level of beam control is essential for targeting specific areas and ensuring consistent inspection results.
Robust Compliance and Certification:
The UVG3 2.0 Midlight is designed to meet or exceed the rigorous standards of several critical industries. Its compliance with:
ASTM E3022-18: This standard ensures that the UV-A LED light source provides consistent and reliable performance in non-destructive testing applications.
Pratt & Whitney Requirements: This certification signifies that the device meets the stringent quality and performance standards of a leading aerospace manufacturer, validating its suitability for use in critical aerospace inspections.
USAF Requirements: Compliance with United States Air Force standards confirms the device's durability and performance in demanding military applications.
Advanced UV-A LED Technology:
The device utilizes cutting-edge UV-A LED technology, offering numerous advantages over traditional UV light sources. These include:
Extended LED Lifespan: LEDs offer significantly longer operational lifetimes, reducing maintenance and replacement costs.
Energy Efficiency: LEDs consume less power, extending battery life and reducing operational costs.
Instant-On Capability: LEDs provide instant illumination, eliminating the warm-up time associated with traditional UV lamps.
Stable UV-A Output: LEDs maintain consistent UV-A output over their lifespan, ensuring reliable inspection results.
Ergonomic Design and Portability:
Recognizing the importance of user comfort and convenience, Labino has designed the UVG3 2.0 Midlight to be compact and ergonomic. Its handheld design allows for easy maneuverability in various inspection environments.
Versatile Applications:
The UVG3 2.0 Midlight's exceptional performance and compliance make it suitable for a wide range of applications, including:
Aerospace NDT: Critical inspections of aircraft components for surface defects and fatigue cracks.
Automotive NDT: Quality control inspections of vehicle components for surface flaws and manufacturing defects.
Manufacturing NDT: Inspection of manufactured parts for surface discontinuities and material integrity.
Fluorescent Penetrant Inspection (FPI): Detection of surface cracks and porosity using fluorescent penetrants.
Magnetic Particle Inspection (MPI): Visualization of surface and near-surface defects using magnetic particles and UV light.
Forensic Science: Detection of latent fingerprints, bodily fluids, and other forensic evidence.
Security and Authentication: Verification of security features on documents, currency, and other items.
In essence, the Labino UVG3 2.0 Midlight is a highly specialized UV-A LED flashlight that delivers exceptional performance, reliability, and versatility for demanding inspection applications.