Also, Heatell specializes in making custom led heatsink for more than 8 years. We can professionally design Heatell LED heat sink according to your LED products’ size, shape, and thermal requirements.

Send us your LED specifications today and collaborate with our skilLED engineers. Quick quote now for professional thermal solution advice.

Heatell LED heat sink will deliver cooling solutions for a long time. Heatell LED heat sinks can survive even in extreme heat applications.

Yes, Heatell is pleased to provide LED Heat Sink for you to check the quality, Normally sample is for free for saving cost, But it will require tooling costs if custom size.

SWIR imaging is used in a variety of applications across a diverse range of industries due to its unique properties and capabilities.Some of the popular ones include:

There’s no doubt that SWIR imaging is growing at a rapid pace. Technological advancements and evolving product development are resulting in new and improved sensors, lenses, and lighting solutions entering the market like never before. This has led to the rampant adoption of SWIR technology across industries to enhance processes and improve efficiency with its unique capabilities. With ongoing research and development to unlock new possibilities in SWIR imaging, the technology is expected to leave a lasting impact on our day-to-day lives in the future.

SWIRcamera

To increase surface emissivity, different surface treatments or finishes are available at Heatell. The most preferred one is anodizing.

Moreover, Heatell LED heat sink’s thermal cooling performance will provide a significant increase in your LED products’ reliability and performance.

Heatell always supplies a pre-production LED Heat Sink sample before mass production, and we always have a final Inspection before shipment;

SWIRScope

The dynamic geometrical designs improve the products’ thermal performance. Heatell LED heat sink is all you need to give your product the best cooling it requires.

SWIRapplications

While the human eye is an extraordinary creation that can perceive a vast spectrum of colors, there lies a wide spectrum of light beyond the visible range, waiting to be explored. The Infrared (IR) radiation extends beyond the visible spectrum of light (400 – 700 nm) and has a wavelength ranging from 700 – 1,000,000 nanometers (nm). This spectrum consists of four distinct wavebands such as the Near Infrared (NIR), Mid-Wave Infrared (MWIR), Short-Wave Infrared (SWIR), and Long-Wave Infrared (LWIR). While the NIR range is used for medical imaging and food inspection, LWIR finds its applications in thermal imaging and night vision.

Short Wave Infrared (SWIR) is the wavelength band that lies between the visible and mid-infrared wavelengths. It has a wavelength ranging from 900 to 2500 nm and cannot be seen by the human eye.

In the same manner, Heatell LED sinks are commonly used in industrial lighting, household lighting, automotive lighting, and most LED device applications.

Over the years, Short Wave Infrared imaging has been put to use rampantly for various scientific, industrial, and commercial applications, due to its unique and diverse properties.

SWIRmeaning

SWIR wavelengthrange

SWIR is the short wavelength portion of the infrared spectrum and occupies the segment between the visible and mid-infrared wavelengths. It cannot be seen by the human eye or detected by conventional silicon-based cameras. It has a nominal wavelength ranging from 900 to 2500 nm. This range is apt for creating images of objects that have significant contrast between their surface and their surroundings. Since there are no fixed standards for each waveband, you may also come across classifications that denote SWIR as an extension of the NIR band.

Aluminum alloy 6063 gives your LED heat sink its durability, corrosion resistance, and machinability. Because it is lightweight, it also makes your LED device portable and still easy to carry.

SWIR imaging falls between NIR and LWIR, and it is typically used for high-resolution imaging in the visible and infrared spectrum. In this blog, we would be specifically examining SWIR in detail including its properties, benefits and what possibilities that lie ahead.

SWIRvs NIR

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To conclude, Heatell LED heat sink boasts an attractive design and colors. Heatell LED heat sink’s smooth metallic finish is sure to catch customers’ attention.

Short Wave Infrared light interacts differently with materials as compared to visible light and long-wave infrared. Thus, it possesses a unique set of properties that make it a sought after imaging technology across industries:

The high heat conductivity of your LED heat sink maximizes heat transfer from your LED products. So, your LED lighting will have better heat dissipation with the help of your LED heat sink.

MWIRwavelength

Heatell LED heat sink assures you to save your LED parts from fast degradation caused by heat. Heatell LED heat sink reduces the risk of overheating with our advanced thermal designing and testing process.

Heatell LED heat sink will give solutions to your LED’s thermal engineering problems. High efficiency equals more energy savings. Heatell LED heat sink will save your money spent on electricity consumption in the long run.

Along with this, Heatell LED heat sink helps optimize the performance of your LED light. Heatell expert-made LED heat sink absorbs excess thermal energy and effectively dissipates the heat into the air.

For custom LED Heat Sinks, It takes a little bit long time to make extrusion tooling, commonly it totally requires 25-30 days to finish production.

SWIRsensor

Different types of sensors, each with its own merits and demerits are used for SWIR imaging. Depending on the application, SWIR sensors can be adjusted to have linear or logarithmic response to avoid saturation.

Heatell takes full advantage of our extrusion lines to produce high-performance LED heat sinks. We guarantee to create LED heat sinks that fit your sent design and specifications.

SWIR also finds its applications in other fields such as art conservation and analysis, free space optical telecommunications (FSO), thermal imaging for manufacturing/agriculture, small animal imaging, astronomy, industrial sorting, laser beam profiling, solar cell inspection and more.