The OCI-460 ID1200 operates in the SWIR region at approximately 1200 nm, enabling deeper penetration and improved interaction with materials compared to visible and NIR wavelengths. This makes it highly suitable for absorption-based sensing, spectroscopy, and material analysis. The LED features a ceramic submount for efficient heat dissipation and a glob-top lens for enhanced light extraction efficiency. High-power 460 series LEDs are specifically designed for demanding applications requiring stable optical output and reliability in industrial and scientific environments.

SWIR Wavelength for Deep Material Analysis

Operating at 1200 nm, the LED enables deeper penetration into materials, making it ideal for spectroscopy, chemical analysis, and non-destructive testing applications.

High Optical Output for Accurate Detection

The OCI-460 ID1200 delivers strong radiant output, ensuring high signal intensity for sensing systems. This improves detection accuracy and measurement reliability in analytical applications.

Compact 3535 SMD Package

Its compact footprint allows easy integration into modern electronic systems, including sensor modules, portable devices, and embedded photonic systems.

Efficient Thermal Management

The ceramic substrate ensures excellent heat dissipation, enabling stable performance even at high drive currents. This enhances reliability and extends operational lifetime.

Silicone Glob Top for Enhanced Efficiency

The integrated glob-top lens improves light extraction efficiency while protecting the LED chip from environmental stress, ensuring consistent performance.

Wide Viewing Angle for Uniform Illumination

A broad emission angle ensures uniform illumination across sensing areas, improving measurement consistency and reducing alignment sensitivity.

Industrial-Grade Reliability

Designed for harsh environments, the LED operates across a wide temperature range and offers long-term stability in industrial, medical, and outdoor applications.

Flexible Integration & Customisation

The LED can be mounted on PCBs or supplied in starboard configurations, allowing easy prototyping and custom system integration.

Spectroscopy & Material Analysis

The 1200 nm SWIR wavelength is widely used in spectroscopy for identifying materials, analysing chemical composition, and performing quality inspection in industrial environments.

Moisture Detection & Food Inspection

SWIR LEDs enable accurate detection of moisture content and contaminants in food products, improving quality control in food processing industries.

Industrial Automation & Optical Sensors

The LED supports advanced sensing applications such as proximity detection, object recognition, and process monitoring in automated manufacturing systems.

Semiconductor & Wafer Inspection

SWIR illumination is used for wafer inspection and defect detection in semiconductor manufacturing, revealing features not visible under standard lighting.

Medical & Life Science Instrumentation

The LED is suitable for analytical and diagnostic equipment where deep infrared penetration and stable emission are required for accurate biological and chemical measurements.

Research & Scientific Applications

The OCI-460 ID1200 is ideal for laboratory research, spectroscopy setups, and experimental systems requiring stable and repeatable SWIR light sources.

United Spectrum Instruments is a trusted partner for advanced photonics solutions in India. We provide expert consultation, product selection guidance, and integration support for high-performance SWIR LEDs like OCI-460 ID1200. With strong technical expertise, responsive service, and access to global manufacturers, we ensure reliable sourcing and long-term performance. Our focus on customer success helps industries achieve efficient, high-precision optical sensing and measurement systems

• Support for custom and application-specific LED requirements
• Fast response for product enquiries, quotations, and technical support
• Reliable supply chain and dedicated customer support across India
• Experience serving industries, R&D labs, universities, and OEM manufacturers
• Assistance with integration of LEDs into sensing and imaging systems