
( Brand: Thorlabs ), ( Manufacturer Part Number: MCWHL5-C1 ), ( Part Type: Led )
The Thorlabs MCWHL5-C1 Collimated LED is a high-performance, compact illumination solution designed specifically for the Olympus IX Compact Microscope Series, including the IX71, IX81, and IX83 models. This LED source offers a seamless integration into your microscopic research, providing stable, consistent, and powerful illumination for optimal image quality.
The MCWHL5-C1 Collimated LED features a 5-Watt, high-flux LED emitting at a central wavelength of 525 nm, making it ideal for fluorescence, brightfield, and differential interference contrast (DIC) applications. The LED's collimated light output ensures uniform illumination across the field of view, reducing hotspots and ensuring precise and accurate results.
The LED is designed with a built-in constant-current driver, ensuring stable output and long LED lifetime. It also includes a high-power, adjustable heat sink to dissipate heat effectively, ensuring reliable operation and extending the LED's lifespan.
The MCWHL5-C1 Collimated LED for Olympus IX Compact Microscopes is easy to install and use, with a compact design that minimizes the footprint on your microscope stage. It comes with a standard T-thread mount, making it compatible with a wide range of microscope systems.
In summary, the Thorlabs MCWHL5-C1 Collimated LED is a high-quality, versatile illumination solution for your Olympus IX Compact Microscope Series. Its collimated light output, stable performance, and easy installation make it an ideal choice for a wide range of microscopic applications. Upgrade your microscope setup today with the MCWHL5-C1 Collimated LED from Thorlabs.
The Thorlabs MCWHL5-C1 Collimated LED is designed for use with the Olympus IX Compact Microscope series, particularly the IX71 and IX81 models. Here are the pros and cons of purchasing this LED illumination system.
Pros:1. High-Intensity Collimated Light: The collimated light emitted by this LED ensures even illumination across the sample, reducing hotspots and improving image quality.
2. Long Operational Life: Thorlabs LEDs are known for their long lifespan, providing consistent performance over extended periods.
3. Compatibility: This LED is specifically designed for use with the Olympus IX Compact Microscope series, ensuring a seamless integration.
4. Temperature Stability: The LED's thermal management system helps maintain consistent light output, even under continuous operation.
5. Adjustable Intensity: The LED offers adjustable intensity, allowing users to customize the illumination to their specific needs.
Cons:1. Cost: The Thorlabs MCWHL5-C1 Collimated LED is more expensive compared to traditional microscope illumination sources.
2. Compatibility Limitations: This LED is only compatible with Olympus IX Compact Microscope series, which may limit its usability for users with other microscope brands.
3. Potential Requirement for Additional Accessories: Depending on the specific Olympus microscope model, additional accessories might be needed for proper installation and use.
Conclusion:The Thorlabs MCWHL5-C1 Collimated LED offers several advantages such as high-intensity collimated light, long operational life, compatibility, temperature stability, and adjustable intensity. However, its high cost and compatibility limitations with other microscope brands should be carefully considered. If you're using an Olympus IX Compact Microscope and are looking for improved illumination, this LED could be a valuable investment. If you're using a different microscope brand or are on a tight budget, you might want to explore other options.
Please bid accordingly. Model Number: MCWHL5-C1. Condition: Used. Testing: Untested.
Some items are shipped to Canada and/or Overseas. This listing only includes what is shown in the photographs.: 6500 K, 440 MW Typ. Collimated LED for Olympus BX IX, 1000 mA. Manufacturer: THORLABS.
If it is not shown, please assume included. Happy buying. Guarantee: See for details. Of the Product: You are buying on following.
Item Location: Portland, OR. This item is used and untested; we unfortunately do not have the means to test for power, fit function.