Effect Of Board Clamping System On Solder Paste Print Quality
Published: |
May 6, 2010 |
Author: |
Dr. Rita Mohanty; Speedline Technologies, Rajiv L. Iyer, Daryl Santos; Binghamton University |
Abstract: |
Stencil printing technology has come a long way since the early 80’s when SMT process gained importance in the electronics packaging industry. In those early days, components were fairly large, making the board design and printing process relatively simple. The current trend in product miniaturization has led to smaller and more complex board designs. This has resulted into designs with maximum area utilization of the board space. It is not uncommon, especially for hand held devices, to find components only a few millimeters from the edge of the board. The board clamping systems used in the printing process have become a significant area of concern based on the current board design trend.... |
|
Company Information:
More articles from Speedline Technologies, Inc. »
- Nov 17, 2021 - Effect of Nano-Coated Stencil on 01005 Printing
- Jun 15, 2021 - Enabling Advanced Assembly and Packaging with Automated Dispensing
- Aug 06, 2015 - Enclosed Media Printing as an Alternative to Metal Blades
- Jun 17, 2010 - Effect Of Squeegee Blade On Solder Paste Print Quality
- Sep 16, 2009 - Non-Contact Streaming Technology Enhances the Dispense Process
- See all SMT / PCB technical articles from Speedline Technologies, Inc. »
More SMT / PCB assembly technical articles »
- Jan 17, 2023 - Introducing Closed-loop Nitrogen Control To Solder Reflow | Heller Industries Inc.
- Jan 17, 2023 - How Challenging Conventional Wisdom Can Optimize Solder Reflow | Heller Industries Inc.
- Jan 17, 2023 - The User Benefits of a Supplier Partnership | Heller Industries Inc.
- Jan 17, 2023 - Vacuum Fluxless Reflow Technology for Fine Pitch First Level Interconnect Bumping Applications | Heller Industries Inc.
- Jan 17, 2023 - Flux Management | Heller Industries Inc.
- Browse Technical Library »
Effect Of Board Clamping System On Solder Paste Print Quality article has been viewed 763 times