Corrosion_Prevention_and_Control_Lab_FY16_CIP_SOW_-_Profilometer.pdf

Statement of Work

NAVAIR Patuxent River 4.3.4.6. Corrosion and Wear Lab

Laser Profilometer System For Corrosion Analysis

Location:

Materials Engineering Division

NAVAIR 4.3.4.6 – Corrosion and Wear Branch

Corrosion and Wear Lab – Room 206

48066 Shaw Road Unit 5 – Building 2188

Patuxent River MD, 20670-1908

TPOC – Victor Rodriguez-Santiago (301-342-8040) (victor.rodriguezsant@navy.mil)

Alt. POC – Kevin Cook (301-342-5314) (kevin.m.cook1@navy.mil)

Alt. POC – Joseph Ullmann (301-342-8060) (joseph.ullmann@navy.mil)

Equipment Needed:

A laser scanning confocal microscope with profilometer functionality and all additional equipment necessary to meet or exceed the following technical requirements. Shipping, Installation, Warranty, and

Training for all equipment shall be included.

- Shall be capable of a 11µm - 5400µm field of view or better

- Shall utilized a 408nm wavelength violet laser.

- Shall include a motorized stage that shall be a minimum of 80x80mm.

- Shall include a 0.5nm linear scale module (height resolution) or smaller.

- Shall be capable of 1nm width resolution

- Receiving element shall be a 16-bit photomultiplier tube (PMT).

- Maximum angle of detection shall be 85o or better.

- Shall be capable of the following scanning methods:

o Automatic upper/lower limit setting o High-speed light intensity optimization (AAGII) o Poor reflected light intensity supplement (Double Scan)

- A 24-bit processor shall be included for height measurement functionality.

o Shall be capable of the following height repeatability values (σ):20x 40nm mailto:victor.rodriguezsant@navy.mil mailto:kevin.m.cook1@navy.mil mailto:joseph.ullmann@navy.mil o 50x 12nm o 150x 12nm

- Shall be capable of the following width repeatability values (σ):

o 20x 100nm o 50x 40nm o 150x 20nm

- Shall be capable of 28000x optical magnification or better.

- All software shall be compatible with Windows 7 64-bit.

- Software shall be capable of overlaying a laser and optical image simultaneously.

- Shall be capable of a 120 Hz scanning speed or higher.

- Shall be capable of a single line scanning speed above 7500 Hz.

- Shall be capable of imaging of a single sample using multiple laser intensity levels.

- Shall include high dynamic range (HDR) functionality for 16-bit color gradation.

- Shall include software that includes a stitching function for automatically compiling multiple images into a single image.

- Software shall be capable of batch image processing to standardize display, measurement, and color spectrum settings across a large set of images.

- Software shall be able to display up to 9 images on a single screen for comparison purposes.

- Software shall be able to analyze images for surface height and roughness in 2D and

3D.