3D Scanning System (Microflown USP)
This is a contract result notice, not an open opportunity. Details from the official award data.
This sits below the typical range for Security, Defence & Safety Equipment contracts — a smaller, more accessible award. Based on 4,182 valued Security, Defence & Safety Equipment tenders in our corpus.
The requirement is for a 3D scanning system that is compatible with a Microflown USP Regular 3D Sound Intensity Probe (https://www.microflown.com/products/standard-probes/usp-regular) that we already possess.
The scanning system should interface with this probe and provide synchronous position tracking and data logging.
The software should implement post processing that allows a 3D sound intensity vector field to be computed from this data and then visualised and/or exported.
Required features: • Sound intensity should be computed via the time-averaged cross-spectrum between the pressure and acoustic particle velocity sensors. • The system should be able to import a 3D geometry model and calibrate the 3D tracked probe positioning data to this. • The system should be able to track both the position and the orientation of the probe. • The system should be able to compute total radiated sound power from the measured sound intensity data, both over a total enclosing measurement surface or on partial 'panels' to allow diagnostic sound power contribution from different areas. • Export of data to Matlab .mat files and graphics to suitable image and video files.
The quote should also include cost for calibration of our Microflown USP Regular 3D Sound Intensity Probe.
For further information, or to provide a quote.
Please reach out to the notice contact directly.
What the supplier must deliver
The scanning system should interface with this
The scanning system should interface with this probe and provide synchronous position tracking and data logging.
The software should implement post processing
The software should implement post processing that allows a 3D sound intensity vector field to be computed from this data and then visualised and/or exported.
Sound intensity should be computed via
Sound intensity should be computed via the time-averaged cross-spectrum between the pressure and acoustic particle velocity sensors.
The system should be able to import
The system should be able to import a 3D geometry model and calibrate the 3D tracked probe positioning data to this.
The system should be able to track
The system should be able to track both the position and the orientation of the probe.
Derived from the notice text — always confirm against the original documents.
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- OCID
- b5e2a541-fc7c-40a6-ba00-edf15b418a34
- Stage
- contract · Contract
- Source
- Contracts Finder
- Buyer ref
- UoS/23/24/QTR2/12 - 3D Scanning System (Microflown USP)
Contains public sector information licensed under the Open Government Licence v3.0. Source data © Crown copyright.
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