With today’s challenging design environment, customers must move quickly from product design to prototype with an ever changing variety of components coming from multiple sources. This is done on a collection of machines that support many different processes, like plotting, developing, plating, gluing and soldering. Each machine is operated by a collection of people at different facilities with different skill levels. This must all be completed with the lowest cost and highest success rate possible.
For the past 30 years, ScanCAD has offered inspection systems to over 50 countries across the globe, with many different manufacturing processes, outputs and problems. Let us use our knowledge and experience to provide you with an independent inspection confirming that your parts have been manufactured to spec.
ScanCAD’s NIST-Traceable calibrated optical imaging system can inspect 100% of your stencils, screens, phototools, encoders, boards, films or other 2D parts. By examining the original design data against the product, ScanCAD is able to simultaneously inspect millions of features and find deviations down to 12 micron.
Our inspection process is both simple and robust.
- Process and import the CAM, CAD or cut file
- Image the part in question using our calibrated imaging platform
- Superimpose the image of the item and the CAD Data
- Inspect using ScanCAD’s powerful inspection software
- Generate a report showing locations of blockages, defects, damage or debris, as well as position problems and missing apertures.
Stencils and Screens
Stencils, whether e-form or laser cut, suffer manufacturing defects that can completely disable a product line or cause failure of a PCB after many years of use that may not initially be caught by electrical test. By leveraging our imaging platform, we can inspect each aperture for size, shape, blockages or damage simultaneously. Results are documented, and you can determine if the stencil or screen is usable for a production run or if you need to replace the stencil. If desired, we can even adjust the data to create a stencil that better matches the circuit board (see the Motorola study below). Additionally, ScanCAD can measure the stencil’s stretch and sizing, either in or out of frame. This inspection can identify issues with scaling when compared to the design data for the PCB.
In order to reduce lead times, some companies made the mistake of using the same gerber data to produce the circuit board AND the stencil for the PCB. Once fabricated, the stencil and PCB did not match due to the fact that both fabrication processes have vastly different tolerances and accuracies.
The study concluded that solder paste and component placement errors can be reduced by over 40% by simply adjusting the stencil cut data to match the PCB after the board was fabricated.
Using the same imaging platform, ScanCAD can measure and inspect 2D or extruded parts against its original 2D CAD data. By inspecting the part as a whole and against its original design shape and size, this measurement process easily identifies problems with arcs, curves and dimensionality that may be missed when checking individual dimensional measurements using traditional measurement methods.
Films, Phototools and Textiles, oh my!
Beyond simple parts, ScanCAD can also inspect transparent and semitransparent 2D patterns from photo tools, films, textiles, and meshes. One of our customers, Kodak, uses these systems to inspect for 15 micron defects on film rolls 5 kilometers long!
PCB and Flex Circuits
No fabrication process is perfect, and this is especially true for circuit fabrication. There are many chemicals and materials, different processes, heat and pressure that are required for fabrication, so a PCB may not be identical to its original design data. ScanCAD can check PCBs and Flex circuits for manufacturing defects in the solder mask, solder/solder paste deposition, silkscreen, layer to layer registration, and wet-dispensed material print quality and thickness.
Tetrahive Technologies and ScanCAD International unite on the Phase II Small Business Innovation Research Contract (SBIR)
HEADLINE: Tetrahive Technologies and ScanCAD International unite on the Phase II Small Business Innovation Research Contract (SBIR) DATE: March 8, 2021 DENVER, COLORADO, USA — Tetrahive Technologies...
In Hybrid thick film, LTCC and thin film application environments, our ScanINSPECT tool is used for: Substrate Fabrication 1) DRILL & PUNCH inspection.... hole inspection 2) VIA...
ScanCAD is hiring! Are you looking for a unique work environment with new challenges every day? Do you like working with technology, both hardware and software? Are you quick to learn new...
ScanCAD participates in many trade shows during the year, whether in ScanCAD's own booth or by way of our distributor/OEM.
November 16-19, 2021
GS Electronic Booth
December 12-16, 2021
ScanCAD Booth #501
IPC Apex 2022
January 25-27, 2022
San Diego, California
ScanCAD Booth #1207