CHANDLER, AZ — When it comes to ERP systems, C. E. Precision Assemblies, (CEPA) knew what they wanted. They wanted an ERP system that was going to give them accurate data and unparalleled implementation support. They wanted an ERP with depth of capability and flexibility proven to handle the unique requirements of the cable assembly industry. CEPA found what they were looking for with Cetec ERP!
C.E. Precision Assemblies, Inc. is a Woman-owned Small Business that got started in 1986. They manufacture custom RF cable assemblies and wire harnesses for Defense and Aerospace applications. CEPA had an ERP system for over 13 years, but it wasn’t fully functional. There were a lot of data problems, frequently incorrect reports, and an extremely limited support team.
With a growing company, CEPA was looking for something that would still support company expansion at a reasonable price range. CEPA liked that Cetec ERP was originally developed for the cable assembly/wire harness industry and could understand their specific needs. They also liked that Cetec ERP offered both onsite and cloud options.
“As an AS9100/IS9001 certified company, we have written processes and procedures for everything we do,” said Kathy Kennard, Contracts Administrator for CEPA. “Working with Cetec ERP has given us the opportunity to revisit and refine some of our processes. And it’s something that is ongoing.”
During implementation of the Cetec ERP software, a personal transition team from Cetec headquarters assisted in mapping CEPA’s data from the old system to Cetec ERP. CEPA employees found all of the how-to videos and reference material on the Cetec ERP support site invaluable implementation tools.
In January, CEPA had their first full week of “Go Live” with co-owner Brent Barton in person on-site. Kennard says that was incredibly helpful in contrast to their previous ERP system who sent CEPA a several 100-page manual and said, “figure it out!” Having someone on site who could actually look at data and convert it into Cetec ERP’s processing system made a big difference to the company’s transition.
CEPA says they still have some things that they’re working through to fully implement the system, but Kennard says overall they’ve been pleased with the amount of support they’ve received from Cetec ERP, both virtual and in person. CEPA appreciates the routine updates made to the system, including those updates made from customer suggestions. Kennard says she would absolutely recommend Cetec ERP to any type of manufacturing company.
“Everybody here feels that Cetec ERP was a very good choice for us. It’s not so much the processes because our processes are established. It’s the continuity and the data integrity. When we get a report, we know it’s going to be right.” -Kathy Kennard, Contracts Administrator of C.E. Precision Assemblies
HARROGATE, UK — There has always been a special relationship between the USA and the UK, and Robotas have been supporting their US customers for the past 25 years. However, to further improve their special relationship with the USA electronics market, Robotas has decided to invest in a new facility in Dayton, Ohio.
Having this facility will give the ability to offer its customers a USA based technical support and training location. Robotas spare parts and demo equipment will also be available on USA home soil. Customers will now also have the option of collecting their Robotas systems directly from the Dayton facility, rather than having to collect them from the UK.
Nick Walters, MD Robotas Technologies Ltd said: “The global market is changing, and we feel it is the right time to invest in the USA. The increasing number of projects we are seeing across the different states has meant that we needed a Robotas base in the USA to provide the best value to our customers, to support them both commercially and technically.
See more about Robotas’ Products here: https://www.robotas.com/apex-2023-clinch/
MUNICH — Würth Elektronik is relocating its Munich site from Garching to Freiham. With the Hightech Innovation Center Munich (HIC), a state-of-the-art building with a working and test field landscape, has been created in the west side of the metropolis. The new facility offers the latest new-work approaches and space for 250 employees in the first construction phase. True to the company’s motto “more than you expect,” the HIC is not only an investment in the future of the company, but also in Munich as a location. With the new facilities, there will be no limits to the engineers and scientists working on exciting topics such as wireless connectivity, sensor technology, power modules, IoT, cloud & software services, and Big Data. Within the next few years, an additional building with another 250 workstations will be built. This will provide sufficient space for growth and development.
At the Garching site, the focus was largely on research and product development. In addition, valuable partnerships had been established due to the close proximity to various semiconductor manufacturers and universities. However, despite several expansions, the premises were still too small for the tech company. The HIC opens up completely new possibilities for the now 140-strong team to drive forward its own innovations “Made in Germany”. A special highlight is the large test field, including two EMC test chambers, in which electromagnetic compatibility is tested. The test field accounts for around a quarter of the total area.
“Our Hightech Innovation Center is another milestone in the success story of Würth Elektronik. After the intensive construction phase, we are moving into the new premises today together with our employees. We can literally feel the dawn of a new phase as an electronics manufacturer. Innovations now also have the space they need in Bavaria – from the idea to the finished product,” says Oliver Opitz, Site Manager at the Hightech Innovation Center.
Würth Elektronik sees itself not only as a manufacturer, but also as a committed partner to industry with the mission of “Creating Together.” At the heart of its actions is a service philosophy characterized by partnership-based advice and support for customers throughout the entire product life cycle.
“Only together can we solve the challenges we face as an industry, but also as a society. With the HIC, we have created further conditions for our employees to tackle this complex task,” says Thomas Schrott, CEO of Würth Elektronik eiSos and Head of Business Unit of the Würth Group. “We are convinced that the investment in the HIC will quickly pay off and are personally very grateful to Prof. Würth for this investment. At last, we will be able to pool our development expertise, network specialist areas and develop future technologies together. We are looking forward to everything that lies ahead.”
MANASSAS, VA — ZESTRON, the leading global provider of high-precision cleaning products, services, and training solutions in the electronics manufacturing and semiconductor industries, is pleased to announce that ZESTRON’s Senior Application Engineer, Ravi Parthasarathy will be presenting, “Process Considerations for Defluxing Ultra-Fine Pitch Die on CoWs”, at IPC APEX 2023 taking place in San Diego, California.
CoW (Chip on Wafer) is the next generation of CoS (Chip on Substrate) that first combines the chips to the interposer, adds wafer-level molding, and finally, they are connected to the flip chip (FC) substrate. This technology makes a better physical structure for accommodating very large die and larger overall interposer dimensions.
A continuation from the technical paper presented at APEX 2022 and titled “Defluxing of Copper Pillar Bumped Flip Chips,” this new study concentrates on cleaning under the next level of ultra-fine pitch CoW devices down to less than 25μm bump pitch and bump counts of more than 150K. This study focuses on the impact of wash temperatures and conveyor belt speed utilizing analytical/functional testing, including Visual Inspection, FTIR with color mapping, and SEM/EDX to assess cleanliness.
To download the APEX 2022 technical paper, “Defluxing of Copper Pillar Bumped Flip Chips” visit the ZESTRON Technical Articles page.
REDDITCH, UK — Lean manufacturing goals are still top of the agenda for companies producing electronic devices. Maximising productivity while minimising waste within a manufacturing operation is the main objective, and an important part of this principle is automation. Altus Group, a leading distributor of capital equipment, is assisting its customers with assembly solutions, including platforms designed to improve and automate high volume, high mix placement processes.
Labour intensive THT (Through Hole Technology) is still used in the assembly of PCBAs. This process is not only expensive, but also requires highly-skilled operators with the added challenge of human-error reducing quality. To automate the process and improve productivity Altus advises using Cencorp odd-form solutions.
Joe Booth, Altus CEO said: “Odd-form process automation is an efficient way to improve profitability significantly by increasing the throughput and assembly quality. They come into their own with the most complex and varied components, with flexible and sometimes bespoke gripper fingers to meet the requirements of picking and placing conventional parts.
“It is the ideal solution when production control is a high priority. Cencorp's platforms include traceability software, increased assembly reliability, accuracy, labour savings, assembly yield improvements and even floor space savings. Cencorp’s odd-form range meets the demands of the toughest quality requirements and works in harmony with lean manufacturing and automation solution principles.”
To find out more about Cencorp odd-form solutions, or methods to improve automation within your facility contact Altus, www.altusgroup.co.uk
PENANG, MALAYSIA — X-ray Inspection (AXI) equipment has become increasingly prominent in the circuit board industry with the emergence of intelligent terminal equipment and intelligent automotive electronic products. Electronic components are developing towards miniaturisation, refinement, and complexity. Therefore, manufacturers use AXI equipment for their production inspections to ensure reliable detection ability to pursue high product yields with high-quality final products.
To address these needs, ViTrox’s V810i Advanced 3D X-Ray Inspection (AXI) solution provides full board test coverage with the latest vision technologies and advanced inspection capabilities for accomplishing the testing of hidden joints on printed circuit boards within the required inline cycle time. With the V810i AXI solution, manufacturers can optimise production throughput and enjoy speedy and precise inspection capabilities.
Our smart V810i AXI solution offers world-class board inspection capabilities and Industry 4.0- compliant software for quality-assured inspection results. The V810i AXI solution provides full board test coverage with the latest vision technologies and advanced inspection capabilities for accomplishing the testing of hidden joints on printed circuit boards within the required inline cycle time. Besides, it is capable of handling the largest and heaviest PCB (size up to 52"x52" and weighing up to 25kg) in the market.
The latest V810i Series 3 (S3) AXI comes with a new ergonomic outlook that saves space capacity for users. By embedding its RRS Server (3DCT) and Supermicro (System Server) in the machine while eliminating the location of the external servers at the system’s exterior, the new design allows users to easily incorporate the solution into production lines while saving up more floor space. Additionally, equipped with an in-house developed Algebraic Reconstruction Technique (ART) with a model of sharp geometric 3D computed tomography, the V810i S3 AXI simplifies the process of performing accurate defect failure analysis results for further improvement.
Furthermore, the V810i AXI solution integrates artificial intelligence (A.I.) capabilities to expand the opportunity for AXI inspection, enabling our unique A.I. inspection model to detect defects/abnormalities of specific joint types and further improve the inspection accuracy for both challenging and common pads, including pads consisting of multiple grayscales or unique profiles and characteristics.