OP8211 Longpass Colored Glass Filter Red

Longpass Coloured Glass Filter Red Description

This Longpass Coloured Glass Filter Red is designed for excellent optical performance and durability, allowing only red and longer wavelengths to pass through while effectively blocking shorter visible light. Manufactured from precision-engineered glass, it delivers clarity and minimal internal reflection. Its robust construction ensures reliable performance in demanding environments, making it suitable for both laboratory and industrial applications.

Ideal for scientific imaging, fluorescence experiments, and machine vision systems, this filter meets stringent quality standards, offering consistent and repeatable results. Each unit undergoes rigorous inspections to confirm accuracy in its cut-on wavelength and optical density. Whether integrated into advanced research setups or specialised instrumentation, this Longpass Coloured Glass Filter Red provides dependable filtering performance, enabling precise data collection and enhanced contrast in optical workflows.

Longpass Coloured Glass Filter Red Applications

Longpass Coloured Glass Filter Red is specially designed to selectively pass longer wavelength light in the visible red region while effectively blocking shorter wavelengths. Its optical clarity and high durability make it an excellent choice across diverse industries and research fields. By controlling the passage of red wavelengths, this filter enhances imaging contrast and precision, enabling various specialised applications that demand reliable and durable optical components.

1. Industrial Applications

·         Enhancing red-wavelength detection in automated sensor systems to improve process control accuracy

·         Optimising laser-based cutting and welding operations by filtering out unwanted shorter wavelengths for cleaner results

2. Research Applications

·         Facilitating fluorescence imaging experiments where isolated red emission is crucial for clear signal differentiation

·         Increasing contrast in spectroscopy studies by reducing background noise from shorter wavelengths

3. Commercial Applications

·         Improving projection display quality by ensuring precise and vivid red colour rendering

·         Elevating quality control in food inspection systems by highlighting red hues to detect surface defects more effectively

Longpass Coloured Glass Filter Red Packaging

Pack your Longpass Coloured Glass Filter Red with foam inserts or specialised compartments in a sturdy, sealed box to protect it from impact and contamination. Use dust-resistant, anti-static pouches or sleeves to preserve optical clarity. Store the filter in a cool, dry environment away from direct light. For custom sizing and branding, request tailored packaging solutions that accommodate varying filter dimensions and branding preferences.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Longpass Coloured Glass Filter Red FAQs

Q1: What are the key material properties of Longpass Coloured Glass Filter Red?

A1: Longpass Coloured Glass Filter Red is typically manufactured from specialised optical glass that exhibits high optical transmission in the red region and blocks shorter wavelengths. The glass matrix is infused with colourants that deliver sharp cut-on slopes, ensuring clarity and minimal signal interference. It also features thermal stability, low autofluorescence, and resistance to scratching, making it a dependable choice for applications requiring selective wavelength filtering and consistent performance.

Q2: How should this product be handled and stored?

A2: These filters should be handled with clean, lint-free gloves to avoid fingerprints and contamination. Keep them in a dedicated, padded container whenever they are not in use, and avoid harsh chemicals that could deteriorate the glass surface or colourants. Handle them by the edges to minimise contact with the optical zone. Store them in a controlled environment, away from excessive humidity, temperature fluctuations, or direct sunlight.

Q3: Which quality standards and certifications apply to Longpass Coloured Glass Filter Red?

A3: Longpass Coloured Glass Filter Red typically meets rigorous industry specifications, including ISO 9001 certification for manufacturing quality. Additionally, many suppliers comply with RoHS and REACH directives to ensure harmful substances are minimised. Some filters may also undergo MIL-STD testing for durability and environmental resistance. These certifications affirm the filter’s consistency, performance reliability, and safety, making it suitable for critical optical applications across various industries.

Related Information

1. Material Properties and Advantages

A hallmark of the Longpass Coloured Glass Filter Red is its precisely engineered composition that selectively transmits red wavelengths. This advanced optical design ensures excellent separation between the transmitted and blocked regions of the light spectrum, making it ideal for applications requiring colour discrimination. The filter’s inherent stability at high operating temperatures also facilitates its use in environments where conventional plastics or thin films might degrade or deform.

Because of its exceptional durability, the Longpass Coloured Glass Filter Red maintains consistent performance over a lengthy service life. Unlike polymer-based filters, its glass matrix resists scratches and chemical deterioration. These attributes, combined with its high transmission efficiency, translate into contrast and reliable data capture in both laboratory and industrial settings.

2. Applications in Advanced Industries

Considering the stringent demands of aerospace and defence sectors, the Longpass Coloured Glass Filter Red proves invaluable in mission-critical imaging equipment. Its ability to block unwanted wavelengths while allowing red light to pass unimpeded supports high-precision identification and monitoring tasks. Such reliable optical properties are particularly beneficial in nighttime surveillance and laser-based targeting systems that rely on accurate wavelength targeting.

Driven by the vital role of fluorescence imaging in biotechnology, this red-filter solution is also commonly integrated into laboratory instruments for DNA sequencing and protein assays. By eliminating extraneous signals outside the red region, the filter increases detection sensitivity and enhances the clarity of fluorescence-based observations. In turn, research teams can obtain more accurate data for complex analyses in genomics, proteomics, and other advanced life-science applications.