Flow Cytometry Part 3: Improving Signal-to-Noise Ratio in Flow Cytometer Optics

Key Takeaways: Flow cytometry is a method for studying cells using fluorescent tagging and optical analysis as they flow past a laser. Improving the signal-to-noise ratio (SNR) is essential in flow cytometry for reducing background noise and enhancing relevant cell signals, achieved through optimizing optical components. Laser performance directly affects SNR, with stable output power […]

Read more
The Power of Raman Spectroscopy: From Molecular Fingerprints to Medical Marvels
Raman Spectroscopy

The Power of Raman Spectroscopy: From Molecular Fingerprints to Medical Marvels Introduction Raman spectroscopy is a versatile analytical technique that has revolutionized our ability to investigate the molecular composition and structure of various materials. This method relies on the inelastic scattering of light by a molecule’s chemical bonds, providing unique insights into vibrational energy and […]

Read more
The Significance of Chief Ray Angle in Endoscopy
Chief Ray Angle in Endoscopy

In the realm of medical technology, Custom Optics Companies play an integral role in shaping innovations that push the boundaries of what is possible. Among the many facets of optical engineering, the chief ray angle stands as a paramount factor in the success of endoscopy. In this article, we’ll explore the world of endoscopy and […]

Read more
Machine Vision Cameras and Custom Optics
Reverse Optical Engineering

Introduction In the world of automation, the ability to see and understand the environment is crucial. Machine vision cameras play a pivotal role in this domain, enabling machines to perceive and interpret visual information like never before. These sophisticated cameras, combined with custom optics, have opened up a world of possibilities across various industries. In […]

Read more
Specifications for Optical Surfaces

Specifications for optical surfaces outline the precise quality criteria that govern the performance of optical components such as lenses and mirrors. These criteria encompass parameters like surface roughness, flatness, curvature, and coatings. Understanding these specifications is crucial to ensure optimal light transmission, image quality, and system efficiency in various applications, from microscopy to astronomy. Accurate […]

Read more
High Reflective Coatings

High Reflective Coatings Optical coatings are thin films that are applied to optical components to control their reflectance, transmittance, or polarization properties. They are used in a wide variety of applications, including lasers, telescopes, cameras, and medical devices. How Optical Coatings Work Optical coatings work by interfering with the light waves that are reflected or […]

Read more
The Role and Customization of Rod Lenses in Endoscopy

Rod lenses play a crucial role in endoscopy examinations by facilitating the transmission of light and the formation of images, allowing physicians to visualize the internal structures of the body. Here’s how rod lenses function in endoscopy: Image Magnification: Rod lenses consist of multiple optical elements that magnify the image. They help enlarge the field […]

Read more
Enhancing Image Clarity in Telescopes using Parabolic Mirrors

Introduction: The astronomical telescope, a quintessential tool for exploring the cosmos, operates as an imaging device of paramount significance. Central to its performance is the quality of its imaging, a metric profoundly influenced by its primary component – the mirror. The pivotal criterion by which imaging quality is gauged is the relative image intensity, commonly […]

Read more
Infrared Coating & Anti-Laser Coating

Introduction  When infrared radiation propagates through the Earth’s atmosphere, it is influenced by various substances within the atmosphere, resulting in a decrease in the ability of light to penetrate. This phenomenon is known as atmospheric attenuation or atmospheric extinction. The impact of atmospheric extinction on infrared radiation is wavelength-dependent, showing distinct selectivity across different wavelengths. […]

Read more
A Comprehensive Guide for Perfect Microscope Objective

Microscopy systems find applications in diverse fields of scientific research, industry, and laboratory work. At the heart of these systems lie the objective lenses, composed of multiple lens elements and positioned closest to the specimen. Choosing the right microscope objective is crucial, as it directly impacts the quality of the images produced while keeping the […]

Read more