SANTA CLARA, CA ― May 2026 ― Absolute EMS, Inc., a Silicon Valley–based provider of high-technology electronics manufacturing services, has expanded its advanced assembly capabilities with the addition of the SASinno Americas PF-6T high-precision connector press-fitting system. The new equipment introduces a tightly controlled, solder-free connector insertion process that enhances reliability, repeatability, and traceability for complex electronic assemblies.

For Absolute EMS customers, the new capability means improved connector reliability, reduced risk of heat-related board damage, greater process documentation, and more consistent assembly outcomes. The system also shortens installation time while reducing the likelihood of rework caused by improper insertion force or misalignment.

The PF-6T is designed for high-precision connector press-fitting applications and supports demanding products that require stable mechanical and electrical performance. By using press-fit technology to insert fisheye pin connectors directly into printed circuit boards, the system eliminates the thermal shock stress associated with traditional soldering. This approach avoids solder residue and protrusions while delivering reliable contact impedance and strong high-frequency characteristics—benefits that are increasingly important in advanced industrial, automotive, and high-performance electronic applications.

The system operates on a servo-driven, closed-loop control platform that monitors both force and displacement in real time. With positioning precision of ±0.02 mm and pressure accuracy within ±1 percent, the PF-6T provides consistent, documented insertion results across production runs. Real-time pressure and displacement curve monitoring, along with integrated SPC data tracking, gives Absolute EMS and its customers full visibility into the press-fitting process.

The system accommodates PCB sizes up to 580 mm by 900 mm and allows programmable control of insertion position, speed, pressure, and stroke profiles. This flexibility supports rapid product introduction as well as high-mix and scalable production programs.

Founded in 1996, Absolute EMS operates a state-of-the-art manufacturing facility in the heart of Silicon Valley. The company specializes in controlled, repeatable manufacturing processes designed to support miniaturization, rapid product introduction, and scalable production—helping customers navigate onshoring initiatives and increasingly complex supply chain requirements.

For more information about Absolute EMS, visit www.absolute-ems.com.

May 2026 — VJ Electronix, Inc., the leader in rework technologies and global provider of advanced X-ray inspection and component counting systems, has appointed The Murray Percival Company as its manufacturers’ representative for Illinois and Southern Wisconsin.

A third-generation, family-owned business with more than 60 years of experience, The Murray Percival Company is well known throughout the PCB and electronics assembly industry for its technical knowledge and strong customer relationships. The company supports manufacturers with a broad range of assembly equipment, materials, and production solutions, along with a focus on helping customers improve processes and maximize return on investment.

Through this partnership, Murray Percival will represent VJ Electronix’s full line of solutions, including automated rework systems, X-ray inspection platforms, and component counting systems. The goal is simple—provide local support and help manufacturers solve real production challenges with practical, proven technology.

“Bruce Clark and the Murray Percival team bring a deep understanding of the industry and a long track record of supporting customers the right way,” said Don Naugler, General Manager at VJ Electronix. “Their approach aligns well with how we work, and we’re looking forward to building on that in the Midwest.”

Bringing Murray Percival on board gives VJ Electronix a stronger local presence in a region with a solid base of electronics manufacturing, making it easier for customers to access support and expertise when they need it.

VJ Electronix continues to grow its North American rep network to stay closer to customers and respond more quickly.

For more information about VJ Electronix, visit www.vjelectronix.com. For more information about The Murray Percival Company, visit www.murraypercival.com.

Byron Center, MI – May 2026 – ubersmt, a U.S.-based electronics manufacturing services provider, has added a new reflow system from Heller Industries, expanding its SMT capability and supporting growing customer demand across prototype, low-volume, and production builds.

The newly installed MK7 reflow oven is designed for high-volume SMT and semiconductor applications, bringing improved thermal control, better efficiency, and more stable process performance to ubersmt’s production line.

For ubersmt, the investment ties directly back to the type of work the company was built around: supporting startups and engineers who need a manufacturing partner that can flex with their needs. Founder and President Michael Antwih has focused on building a lean, responsive operation that can handle everything from first articles to scalable production without unnecessary complexity.

The Heller MK7 supports that approach with tighter temperature uniformity and reduced Delta T across the board, helping improve solder joint consistency on complex assemblies. For customers, that means more reliable first-pass results and fewer surprises when moving from prototype into production.

Efficiency was another key driver behind the decision. The oven’s upgraded gas management system significantly reduces nitrogen consumption, while its insulated, low-profile design reduces energy loss and improves visibility across the production floor. Those gains translate into lower operating costs and a more controlled, predictable process environment for customers.

Maintenance and uptime were also central considerations. The MK7’s flux management system captures and removes flux buildup in a way that reduces manual cleaning requirements and helps extend preventive maintenance intervals. That allows ubersmt to keep equipment running longer between service interruptions, supporting more consistent lead times.

The system also includes built-in process monitoring and Industry 4.0 connectivity, giving the team better visibility into process performance and traceability. For customers, that level of data access supports tighter quality control and stronger documentation for regulated or high-reliability applications.

Since installation, the oven has already delivered consistent profiles across a range of assemblies, giving the team added confidence as production requirements continue to grow.

As ubersmt scales its capabilities, the addition of the Heller MK7 helps the company continue doing what it set out to do from the beginning—make it easier for innovators to move from idea to built product, without being constrained by traditional manufacturing barriers.

For more information, visit www.ubersmt.com.

Congratulations to Cerebras Systems on their IPO and on continuing to prove that breakthrough performance comes from fundamentally rethinking architecture — not incrementally optimizing legacy assumptions.

Cerebras challenged one of the most deeply embedded constraints in computing: the assumption that high-performance systems must be assembled from many smaller chips connected through increasingly complex interconnect layers. Instead, they pursued a wafer-scale architecture that minimizes fragmentation, reduces latency, increases bandwidth density, and collapses system complexity into a more unified computational fabric.

That thinking has strong parallels to the philosophy behind the OCCAM methodology’s “Build Electronics” rather than assemble.

Traditional PCB and electronics assembly approaches evolved around discrete packaging, layered interconnects, solder joints, connectors, and compartmentalized subsystems — each adding latency, yield loss opportunities, thermal bottlenecks, reliability risks, and manufacturing complexity. OCCAM approaches the problem from the opposite direction: eliminate unnecessary intermediaries, reduce structural fragmentation, embed functionality directly into the system architecture, and simplify the signal and manufacturing path itself.

The data increasingly supports both approaches:

• Modern AI systems are now constrained as much by data movement and interconnect overhead as by raw compute density.
• Advanced electronics manufacturing faces similar scaling limits driven by interconnection complexity, assembly yield, thermal management, and labor intensity.
• In both domains, the winning architectures are becoming those that reduce interfaces, minimize translation layers, and treat the system as an integrated physical fabric rather than a collection of discrete parts.

Cerebras demonstrated that the next leap forward often comes from removing complexity instead of adding more abstraction on top of it.

That is not just a semiconductor lesson — it is increasingly becoming the defining principle of next-generation electronics manufacturing itself.

Excited to see the continued success of Cerebras and what it signals for the broader future of integrated system architecture, AI infrastructure, and advanced manufacturing.
To learn more about the “Built Electronics” approach to system design, contact Ray Rasmussen at: ray@theoccamgroup.com. Again, congratulations to the team at Cerebras!