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Understanding the Benefits of CFXNovember 30, 2018 | Stephen Las Marias, I-Connect007
Estimated reading time: 5 minutes
David Fenton is the group customer support manager for Blakell Europlacer. He is responsible for all of the service teams worldwide, including in China, Germany, Italy, France, the U.K., and U.S. In this interview with SMT007 Magazine, Fenton discusses technical challenges and the impact of the IPC Connected Factory Exchange (CFX) initiative on the PCB assembly industry, and what manufacturers can expect from this electronics assembly connectivity standard.
Stephen Las Marias: David, what has been your experience so far while working on and supporting CFX?
David Fenton: There has been talk around Industry 4.0 and smart factories for many years. Until very recently, we felt that it was just a lot of noise. Nobody knew what to expect out of Industry 4.0, and then other companies started to release their own standards under the Industry 4.0 banner. Europlacer stood back, listened, and waited to see what would happen. Then, we had an opportunity to listen to Michael Ford of Aegis Software in one of the exhibitions. We became interested in what they were doing with the IPC CFX standard. We realized Aegis was taking it very seriously, and that they had the power of IPC behind it. We’ve been working with Aegis for many years, so we know them very well. Once we saw they were involved, we started following the CFX standard to see how it was going. We regularly contact Michael. When we saw the original draft standards from IPC, we realized it was a standard that should be very easy to implement for our programmers, and could be a truly global standard. Thus, we started working with Michael and made some test code using a program provided by Aegis. For me, that was the key to making this work.
Aegis has done a lot of the groundwork to make it simple for vendors like Europlacer to take part in CFX. We had test codes up and running within 48 hours with receipt of the software development (SD) kit from Aegis. We realized this was going to be easy for us to do, so why not try it?
We have seen it gain traction. Vendors are being added to the list all the time, and we realized some of the big players were going down the CFX route. Then, we had the demonstration at IPC APEX EXPO, which went off without a hitch. The cloud server worked well and required minimal effort. We recently participated in the demonstration at SMT Hybrid Packaging Nuremberg, which also went very well.
In all of these cases, we used a cloud server provided by Aegis and IPC. Recently, we’ve gone out on our own such that we don’t necessarily need to involve any third party if the customer wants an entirely internal system without a cloud-based interface. We’ve taken that product standard further to have an in-house broker system. Again, it was relatively easy to develop. We also recently had an industry open day where Michael talked about Industry 4.0 and CFX. At the same time, we were able to demonstrate the Europlacer system in our facility.
That’s where we are today. We’ve offered to help IPC create messages for pick-and-place equipment. They are always looking for vendors to help construct the format of CFX to add new messages all the time. By getting in first, our messages will become a part of it. By doing this, we felt there would be less work for our programmers. If we’d gone down a path that wasn’t included in the standard, we would need to recode that. Volunteering on the committee writing the message standards will help us in the future.
We can also customize the messages to a certain degree for our equipment. For example, we have multiple heads on the machines.
The standard as it existed didn’t have any facilities to create messages for multiple-headed machines or give information on an individual head’s performance. We have sent those unique messages to IPC. Hopefully, they will be accepted to the draft standards.
Las Marias: What do you think is the challenge that CFX is trying to address?
Fenton: That is an interesting question because I am not sure that customers know they have a challenge yet. CFX is still an industry standard that is ahead of the demand. We have many customers worldwide, and it’s not something that is on their radar. The more we promote it, the more they realize there is a need. It’s slightly backward. As far as our customers in the small- to medium-end markets are concerned, they have never pushed us for this type of data gathering until very recently.
However, the challenge is that it would hopefully sell and be able to take in data from anybody’s machine—not just Europlacer’s—and display it on a standard dashboard without having to write custom front-end data for the dashboards. Over time, the challenge will be to combine data from multiple vendors into one common platform.
Las Marias: What can you say about the state of interest in CFX?
Fenton: To be perfectly honest, it is lower than I thought. We saw hundreds of people over the course of the previous show, and when we spoke with the various demonstrators, engineers, and salespeople, very few attendees had asked about CFX or Industry 4.0. At the moment, I still think it’s a bit of a tick box that the industry needs to promote the benefits. As the months go by, people will start to realize what CFX can do. Our customers are still confused as to what Industry 4.0 can do. CFX is not something that is as important to them as machine uptime, speed, and productivity.
Las Marias: In a nutshell, how is CFX impacting the PCB assembly industry and what are its benefits?
Fenton: Once the data gathering is established, the customer will be able to look at their overall efficiency, overall equipment effectiveness (OEE), underboards, bridges, and first-time yield, among others—which is something that they struggle with at the moment because the data is not in a standard format.
If they look at the OEE data from their automated optical inspection (AOI) machine, printer, or oven, they have to gather separate types of information and may have several different dashboards or ways to read the data. Overall, the effect of CFX will be to make productive decisions easier because users will be able to look at factory-wide statistics as opposed to individual machines. As a result, users will be able to turn the data from individual machines into a picture of what their overall factory efficiency is. I see this as the primary benefit. If you make something easy for a customer, they will start to use it, and then they’ll see the benefit of making changes in material handling or operator training. This is the type of thing where they will be able to make small changes to their methods and see the data immediately from any machine in the factory.
To read the full article, which appeared in the October 2018 issue of SMT007 Magazine, click here.
IPC Day France: Aerospace Electronics is an aerospace-focused networking event featuring key industry experts from NASA and Airbus and will take place on October 2, 2023 .
Test Research, Inc. (TRI), the leading test and inspection systems provider for the electronics manufacturing industry, will join productronica 2023, which will be held at Messe München Center from November 14 – 17, 2023.
For this month’s issue on rigid-flex design, we spoke with instructor Kris Moyer, who teaches the IPC class “PCB Design for Flex and Rigid-Flex Boards.” In this wide-ranging interview, Kris breaks down the hurdles facing rigid-flex designers and offers a variety of solutions for rigid board designers taking on their first rigid-flex circuits. He also provides a few horror stories to illustrate what happens if you don’t follow sound design practices, rules, and standards. And, as Kris points out, “Your fabricator is your friend.”
In conjunction with NEPCON Vietnam 2023, IPC hosted its popular IPC Hand Soldering and Rework Competition in Hanoi, Vietnam on September 6-8, 2023.
Sinclair Manufacturing Orders Hentec/RPS Pulsar Solderability Testing and Photon Steam Aging Systems09/13/2023 | Hentec Industries/RPS Automation
Hentec Industries/RPS Automation, a leading manufacturer of selective soldering, lead tinning and solderability test equipment, is pleased to announce that Sinclair Manufacturing has purchased Pulsar solderability testing and Photon steam aging systems for installation in their Chartley, Massachusetts facility.