Product Description
Aimed to provide supreme quality medical equipments, we are engaged in manufacturing and supplying of Beam Spitter. These equipments are designed under the firm guidance of the expert professionals using high quality materials and advanced technology. Our quality inspectors check the equipment on durability and quality parameters to make sure that only defect free range is provided to the clients. We offer our Beam Spitter to the clients at the pocket friendly prices.
Features:
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Light in weight
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Easy to use
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Compactly designed
Unmatched Beam Splitting AccuracyEngineered with a 50:50 split ratio (customizable on request), this beam spitter utilizes high-grade, precision-cut optical glass to ensure dependable beam division for demanding optical applications. The anti-reflective dielectric multilayer coating minimizes loss, making it ideal for sensitive laboratory and microscopy tasks.
Superior Optical PerformanceWith a surface flatness of /10 at 632.8 nm, our beam spitter guarantees minimal optical distortion. The optic supports a wide wavelength range (400 nm - 700 nm), delivering high transmittance (>95%) and clarity suited for professional environments. Precision-ground glass and polished edges enhance durability and image quality.
Versatile and Hygienic DesignThe universal mounting holder allows quick integration into existing systems, while its stainless steel build and autoclavable sterilization support ensure reliability in both laboratory and clinical settings. Delivered in a protective, foam-padded case, the beam spitter is safeguarded against damage during transit and storage.
FAQ's of Beam Spitter:
Q: How does the beam spitter perform beam splitting with high accuracy?
A: The beam spitter utilizes a precision-cut optical glass prism and a dielectric multilayer coating to achieve a 50:50 split ratio, meaning it divides incoming light into two equal intensity paths. This process maintains high transmittance (>95%) at the specified wavelengths, ensuring reliable optical path division for microscopy and laboratory use.
Q: What are the main benefits of the dielectric multilayer coating on this beam spitter?
A: The dielectric multilayer coating provides enhanced anti-reflective properties, significantly reducing light loss and stray reflections. This results in greater overall efficiency and optical clarity, making the beam spitter ideal for high-precision scientific instruments and demanding microscopy applications.
Q: When should I use the beam spitter in my optical setup?
A: The beam spitter is best used when you need to divide a light beam for applications such as simultaneous imaging, fluorescence, or dual-channel observations in microscopy. Its optical grade construction and high quality coatings make it suitable for both routine and high-precision laboratory tasks.
Q: Where can this beam spitter be integrated?
A: Designed with a universal mounting holder, the beam spitter can be easily incorporated into a variety of optical systems, including research microscopes, imaging setups, and laboratory instruments. It is distributed throughout India by dealers, exporters, manufacturers, and suppliers.
Q: What is the sterilization process for this beam spitter?
A: The beam spitter is designed for autoclavable sterilization, ensuring safe use in environments requiring stringent hygiene-such as clinical labs or medical facilities. Simply follow standard autoclave procedures to sterilize the device without compromising optical performance.
Q: How do I benefit from the high transmittance feature?
A: With transmittance greater than 95% at specified wavelengths, users benefit from minimal light loss and clearer imaging during experiments or diagnostics. This is especially advantageous in microscopy, where light efficiency and signal integrity are critical.
Q: What are the usage considerations for handling and storage?
A: The beam spitter is delivered in a foam-padded protective case to prevent damage during transport and storage. Always handle by the edges, avoiding direct contact with optical surfaces, and store it safely in the provided case when not in use.