SOW.pdf
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- Attached to
- 3D Optical Profilometer Federal contract opportunity
- Solicitation number
- 80NSSC23847145Q
About this file
This statement of work outlines requirements for a 3D optical profilometer instrument to characterize surface features of lithium-ion battery cells. The selected contractor must deliver a non-contact instrument using structured light with 0.1-micron resolution capable of profiling specimens up to 150 x 300 x 80 mm. Additional requirements include a 1024x768 pixel camera, 780,000 data points collected per 33 mm field of view in 1 second, rotational stitching to output 3D models, onsite technical support for the life of the tool, and a 24-inch LCD monitor. The related federal contract opportunity was issued by NASA's Shared Services Center seeking this 3D optical profilometer, with proposals due within 15 days of contract award.
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Text version
Statement of Work (SOW)
3D Optical Profilometer Instrument
15 Aug 2023
1.0 Objective – To procure an instrument that uses structured light to characterize surface features and defects of commercial Li-ion cylindrical cells.
2.0 Scope – The contractor shall deliver a high accuracy, non-contact instrument triangulates light to profile physical characteristics with 100 nm resolution for discerning the criticality of defects for Li-ion cells.
3.0 Requirements
3.1 Resolution – The instrument shall have a resolution of 0.1 micron or 100 nanometers.
3.2 Measurable Area – The instrument shall be capable of profiling specimens with volumetric dimensions up to 150 x 300 x 80 mm while maintaining resolution specified in 3.1
3.3 Camera Resolution – The instrument camera shall have a resolution/pixel density of
1024x768 per Field of View (FOV).
3.4 Data Density – The instrument shall be capable of 780,000 data points in each 33 mm FOV.
3.5 Speed – The instrument shall be capable of collecting the data specified 3.4 in 1 second for each FOV.
3.6 Rotational Stitching – The instrument shall be capable of stitching surface profiles around a
4th axis to measure rotational profiles and output 3D models.
3.7 Technical Support – The contractor shall provide onsite support for their instrument for the life of the tool.
3.8 Monitor – The instrument shall be equipped with a 24” LCD display.
3.9 Calibration – The instrument shall be provided with a certified calibration standard containing relevant surface features.
4.0 Delivery – The contractor shall deliver the instrument system specified herein within 15 days after contract award.
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