Get the free Non-Contact White-Light Optical Profiler - N00173-10-R-GA04

This document is a combined synopsis and solicitation for the procurement of a non-contact white-light optical profiler, prepared in accordance with federal acquisition regulations. It outlines the

How to fill out non-contact white-light optical profiler

How to fill out Non-Contact White-Light Optical Profiler - N00173-10-R-GA04

1. Start by gathering necessary documentation and materials related to the Non-Contact White-Light Optical Profiler - N00173-10-R-GA04.
2. Review the specifications and requirements outlined in the procurement document.
3. Fill out the vendor information section, ensuring accurate details regarding your company's name, address, and contact information.
4. Provide a detailed description of the products or services being offered, focusing on the optical profiler's specifications.
5. Include pricing information, ensuring all costs are clearly outlined and comply with the stated budget.
6. Address any compliance requirements specified in the document, including applicable certifications or technical standards.
7. Attach any required supporting documents, such as technical data sheets or previous case studies demonstrating the efficacy of the profiler.
8. Review the completed form for accuracy and completeness before submission.
9. Submit the filled-out form by the specified deadline according to the instructions given in the procurement notice.

Who needs Non-Contact White-Light Optical Profiler - N00173-10-R-GA04?

1. Manufacturers involved in precision engineering and surface characterization.
2. Research and development laboratories focusing on materials science.
3. Quality control departments in industries such as semiconductors, optics, and coatings.
4. Educational institutions conducting advanced research in optical and surface profiling.

People Also Ask about

What is an optical tester?

Optical power meter is a fiber optic tester used to measure absolute optical power or the relative loss of optical power in a certain section of optic fiber. It can be used to verify the continuity of optical fiber and evaluate the transmission quality of fiber optic lines.

What is an optical profiler?

A 3D optical profilometer is a non-contact, non-destructive metrology system based on optical microscopy that is specifically designed for surface texture and roughness metrology in R&D and manufacturing environments.

How does a 3D profilometer work?

It works by using a small aperture, known as a confocal aperture. Highly focused light is projected through the aperture and only surfaces within the focal plane will provide a useful signal. The optics are scanned up and down above the surface until a bright spot is observed.

How does an optical profilometer work?

Triangulation Sensors In the case of a profilometer, a sharply focused laser beam hits the investigated surface under a substantial angle, so that changes in elevation of the sample are translated into position changes, which can be measured with a position-sensitive detector. (Autocollimators are often used.)

What industries use non-contact profilometers?

Profilometer Market Trends Technological progress in non-contact measurement methods, including laser scanning and optical interferometry is fueling market growth. These advancements are particularly important in electronics, optics, and biomedical industries.

What are the limitations of optical profilometer?

Disadvantages No or limited angular characteristic. Use is limited on certain objects: White light interferometers can only measure when there is a good reflection. Requires tilt correction: Prior to measuring, sample tilt correction must be performed using a goniometric stage.

How does an optical profiler work?

In the case of a profilometer, a sharply focused laser beam hits the investigated surface under a substantial angle, so that changes in elevation of the sample are translated into position changes, which can be measured with a position-sensitive detector. (Autocollimators are often used.)

What are the different types of profilometers?

Two different types of profilometry have been documented: contact profilometry where a metallic probe scans the surface, and laser (or optical) profilometry, where a light or laser beam scans the surface without direct interaction with the surface in contrast to the contract profilometry.

What are the advantages of non-contact profilometry?

Strengths: Non-Destructive: Non-contact profilometry methods do not damage or alter the surface being measured, making them suitable for delicate or sensitive materials. High Speed: They often provide faster measurement rates compared to contact methods, enabling quick data acquisition.

What is the resolution of the optical profiler?

The optical profiler can measure surface topography (2D and 3D) with high accuracy in a range from fractions of a nm up to approximately 10mm. It features a fully motorized XY stage as well as tip/tilt of the head. Vertical resolution is rated at 0.1nm in PSI mode and lateral resolution ~500nm.

For pdfFiller’s FAQs

What is Non-Contact White-Light Optical Profiler - N00173-10-R-GA04?

The Non-Contact White-Light Optical Profiler - N00173-10-R-GA04 is an advanced measurement instrument used for high-resolution surface profiling without physical contact. It utilizes white light interferometry to analyze surface topography and profile features with high accuracy.

Who is required to file Non-Contact White-Light Optical Profiler - N00173-10-R-GA04?

Typically, entities involved in research, development, and manufacturing processes that require precise surface measurements are required to file the Non-Contact White-Light Optical Profiler - N00173-10-R-GA04. This may include laboratories, engineering firms, and manufacturers in various industries.

How to fill out Non-Contact White-Light Optical Profiler - N00173-10-R-GA04?

To fill out the Non-Contact White-Light Optical Profiler - N00173-10-R-GA04, users must provide detailed information about the measurement requirements, specifications of the surfaces to be profiled, any specific conditions for measurement, and relevant technical parameters to ensure accurate profiling.

What is the purpose of Non-Contact White-Light Optical Profiler - N00173-10-R-GA04?

The purpose of the Non-Contact White-Light Optical Profiler - N00173-10-R-GA04 is to provide an efficient and accurate method for surface analysis and quality control in various applications. It aims to enhance precision in measurements without the risk of damage to the samples being analyzed.

What information must be reported on Non-Contact White-Light Optical Profiler - N00173-10-R-GA04?

The information that must be reported on the Non-Contact White-Light Optical Profiler - N00173-10-R-GA04 includes the specifications of the optical profiler, details of the surface characteristics being measured, the methodology to be used, and the expected outcomes or tolerances for the measurement process.