Durable Midwest Optical Systems Bi830-35.5 Get 90% Off Today [4drGjFYB]

Durable Midwest Optical Systems Bi830-35.5 Get 90% Off Today [4drGjFYB] Near-IR Interference Filters

Introducing the Durable Midwest Optical Systems Bi830-35.5 Get 90% Off Today [4drGjFYB] Near-IR Interference Bandpass M35.5 Bandpass Interference Filters, a cutting-edge solution for precise wavelength control in your optical systems. These high-quality interference filters are designed to enhance performance and accuracy in life science and laser analysis applications. With their narrow bandwidth and exceptional transmission, the Bi830-35.5 filters ensure optimal system performance by allowing only discrete wavelengths to pass through. Their reflective, mirror-type surface minimizes thermal effects, making them ideal for use with laser diodes.

• Narrow bandwidth of 20-35nm FWHM for precise wavelength selection
• High transmission of ?85% for maximum light throughput
• Reflective, mirror-type surface to minimize thermal effects

Technical Specifications and Features

The Bi830-35.5 interference filters are engineered to meet the most stringent technical requirements. They feature a narrow bandwidth of 20-35nm FWHM, ensuring that only the desired wavelengths are passed through. With a high transmission rate of ?85%, these filters maximize the light throughput, resulting in improved system performance. Designed for use with laser diodes, these filters offer ideal wavelength separation when multiple light sources of similar wavelengths are present. Available in sizes up to 79.5mm sq., they are versatile and can be integrated into a wide range of optical setups.

• Size range up to 79.5mm sq. for flexibility in optical system design
• Ideal for laser diode applications with precise wavelength control
• Optimal for multiple light sources with similar wavelengths

Applications and Benefits

The Durable Midwest Optical Systems Bi830-35.5 Get 90% Off Today [4drGjFYB] filters are highly sought after in life science and laser analysis applications where discrete wavelength control is crucial. Their narrow bandwidth and high transmission make them an essential tool for maximizing system performance. Whether you are conducting research in biophysics, analyzing optical signals, or working with laser diodes, these filters offer numerous benefits. Their reflective surface helps minimize thermal effects, ensuring consistent performance over time. With their versatility and precision, the Bi830-35.5 filters are the ideal choice for professionals in the field who demand the highest quality in their optical components.

• Popular in life science and laser analysis applications
• Maximizes system performance with discrete wavelength control
• Reflective surface minimizes thermal effects for consistent performance