LED THT EOLD-385-012-1

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LED THT EOLD-385-012-1

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High Precision UV Source for Analytical and Biomedical Systems – 385nm UV LED EOLD-385-012-1

The EOLD-385-012-1 is a high-performance 385 nm UV-A LED developed for analytical, biomedical, and industrial sensing applications. Manufactured by EPIGAP OSA Photonics, this ultraviolet emitter delivers strong and stable optical output for demanding scientific and industrial environments. Housed in a rugged TO-46 metal package with an integrated lens, the LED provides excellent durability, thermal stability, and long operational life. Operating within the UV-A region, it offers reliable ultraviolet illumination for precision-based applications requiring consistent and high-intensity UV performance.

Designed for advanced optical and industrial systems, the EOLD-385-012-1 is widely used in fluorescence analysis, UV curing processes, biomedical research, and inspection applications. Its focused emission profile and high optical power improve detection sensitivity and enhance processing accuracy in laboratory and industrial environments. The integrated lens design enables efficient light concentration, making it suitable for compact sensing systems and specialised instrumentation where precise ultraviolet illumination is essential. Its stable UV-A output ensures dependable operation in continuous-use applications.

The compact and durable construction of the EOLD-385-012-1 allows seamless integration into laboratory instruments, industrial automation systems, and advanced inspection equipment. Its TO-46 metal housing supports efficient heat dissipation, helping maintain stable optical performance during prolonged operation. United Spectrum Instruments is the authorised distributor of EPIGAP OSA Photonics products in India, providing reliable access and technical support for advanced UV LED solutions.

The EOLD-385-012-1 operates at a peak wavelength of 385 nm, which is widely used for fluorescence excitation and UV curing applications. It delivers approximately 15 mW optical output at a typical operating current of 30 mA, offering strong radiant performance compared to lower-wavelength UV LEDs. The device features a narrow beam angle (~10°) enabled by its lens design, ensuring precise and focused illumination. Its hermetic TO-46 package provides excellent thermal stability and protection against environmental conditions, making it suitable for continuous operation in industrial and scientific systems.

Parameter Specification
Product EOLD-385-012-1
Type UV LED (UV-A)
Peak Wavelength 385 nm
Optical Output Power ~15 mW
Forward Current ~30 mA
Forward Voltage ~3.5 – 4.2 V
Spectral Width (FWHM) ~12 nm
Viewing Angle ~10°
Package TO-46 Metal Can (Lens)
Mounting Type Through-hole
Operating Temperature -40°C to +85°C
Compliance RoHS & REACH compliant

High-Power 385 nm UV Output

Operating at 385 nm, the LED delivers high radiant output (~15 mW), making it suitable for demanding applications such as UV curing, fluorescence detection, and inspection systems.

Optimised for UV Curing & Fluorescence Applications

The 385 nm wavelength is widely used in UV curing processes and fluorescence excitation, providing versatility across industrial and analytical applications.

Focused Beam for Precision Illumination

With a ~10° viewing angle, the integrated lens provides highly directional UV radiation, ensuring efficient light delivery and accurate targeting.

Robust TO-46 Hermetic Package

The metal package offers excellent mechanical strength, thermal stability, and environmental protection, ensuring reliable long-term operation.

Enhanced Thermal Performance

The TO-can design enables efficient heat dissipation, supporting stable operation even at higher drive currents (30 mA).

Stable Optical Output for Consistent Results

The LED ensures repeatable and stable UV emission, critical for analytical instruments and industrial processes.

Industrial-Grade Reliability

Designed for demanding environments, the LED provides long operational life and consistent performance, reducing maintenance and downtime.

Easy Integration into Systems

The through-hole configuration allows seamless integration into PCBs and optical assemblies, supporting both prototyping and production systems.

UV Curing & Photopolymer Applications

The 385 nm wavelength is widely used in UV curing systems for adhesives, coatings, and inks, enabling fast and efficient curing processes.

Fluorescence & Chemical Analysis

Ideal for fluorescence excitation, enabling accurate detection and analysis of biological and chemical samples.

Biomedical & Life Science Applications

Used in diagnostic systems, biochemical assays, and laboratory research requiring stable UV illumination.

Industrial Inspection & Material Testing

UV illumination helps detect cracks, contamination, coatings, and defects in manufacturing and quality control processes.

Forensics & Security Applications

Used in forensic investigations, counterfeit detection, and document authentication using UV-based inspection techniques.

Environmental Monitoring Systems

Supports UV-based sensing systems for analysing pollutants and environmental conditions.

Research & Scientific Applications

Widely used in spectroscopy, photochemistry, and experimental setups requiring stable, high-intensity UV light sources.

United Spectrum Instruments is a trusted supplier of advanced photonics components in India. We provide expert consultation, product selection guidance, and integration support for UV LEDs like EOLD-385-012-1. With strong technical expertise and responsive after-sales service, we ensure reliable sourcing and long-term performance. Our commitment to quality and customer success enables industries to implement efficient UV-based sensing, biomedical, and analytical solutions tailored to their needs.

  • Genuine products sourced directly from the manufacturer
  • Fast quotation, technical response, and application assistance
  • Experience supporting OEMs, research labs, and industrial automation companies
  • Assistance in selecting suitable LEDs for biomedical and analytical systems

FAQs

 It operates at 385 nm in the UV-A spectrum.

 It provides approximately 15 mW optical output.

It has a narrow beam angle of around 10° for focused illumination.

 It is used in UV curing, fluorescence analysis, biomedical systems, and industrial inspection.

 Yes, it operates from -40°C to +85°C and is designed for reliable industrial use.

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FAQs

 It operates at 385 nm in the UV-A spectrum.

 It provides approximately 15 mW optical output.

It has a narrow beam angle of around 10° for focused illumination.

 It is used in UV curing, fluorescence analysis, biomedical systems, and industrial inspection.

 Yes, it operates from -40°C to +85°C and is designed for reliable industrial use.

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