From physical hardware to engineering data
The reason for the data determines the scope of the work. We define the measurement approach, CAD requirements and documentation package around the engineering task the recovered information needs to support.
Define the required output
We start with the intended use of the data, the available hardware and reference information, and the required CAD and documentation deliverables. That scope sets the measurement and modeling approach.
Measure the hardware
A project may use laser, optical, blue-light or white-light scanning, CMM measurement, or a combination matched to the part and the required output. On-site measurement can be included in the scope for components, assemblies or equipment at a customer facility.
Reconstruct the CAD
We create parametric and non-parametric models, including surfaces, solids and assemblies. The scope identifies whether the program needs geometry for reference, models for design changes, or a more complete component and assembly definition.
Prepare the engineering package
Deliverables may include 3D models, 2D drawings, GD&T annotations and bills of material. Larger programs can include technical data packages and definitions of structural welding requirements, as illustrated by the documented program below.
Start with a non-sensitive project brief
Describe the part or assembly, the problem you need to solve, the reference information available and the required engineering outputs. Do not send CUI, export-controlled technical data or other restricted project files through the public form; discuss the appropriate handoff with ADAPT first.
Our Clients
ADAPT Technology has over 200 customers. Some of the companies we proudly serve:
