Firstronic and Lacroix took a long-term approach to joining forces, eliminating the usual learning curve.
As a 40-year veteran of the electronics manufacturing services industry, I’ve seen my share of EMS mergers and acquisitions from both sides of the equation. The basic EMS industry business model adds complexity to that equation not found in most industries because EMS companies are an extension of their customers’ manufacturing operations or, in some cases, their entire manufacturing operation. If a larger conglomerate acquires the company that manufactures your dish soap, you won’t notice unless the product’s effectiveness or branding changes dramatically. If your EMS provider is acquired, it’s obvious on day one.
In many transactions, the only consideration of impact to an EMS company’s customer base is visits to key customers during the due diligence phase to enable the acquiring entity to assess whether the business levels they anticipate are likely to continue in the new entity. The alignment of EMS brand/differentiating processes and facility redundancy are often minor considerations.
Shipping, Covid-19 and inflation challenges rival supply chain issues when securing capital equipment.
When I made my 2022 capital investment plan, I never thought it would be my 2023 capital investment plan. However, with a couple minor exceptions, equipment will be put in service during 2023, not this year as originally planned.
I thought I was the exception, but in conversations with colleagues, I realize I am the current norm. A trio of events had the combined impact of making what should be simple investments in machinery and equipment anything but.
The most talked about, problematic event has been the strained supply chain. I am not sure exactly how much of the problem getting machinery and equipment is directly attributable to the supply chain, but it has indeed had an impact. When obtaining lead-time quotations, availability of parts, chips, etc., are always the culprit cited for the long length of time to build the equipment, whether a complex custom-built item or simply a copier for the office.
That is only half the story, however. Shipping times to get equipment from location of origin to your facility are also taking significantly longer than before. It doesn’t matter if the machine is shipped from Asia, Europe or North America, or if the delivery is foreign or domestic; availability of planes, trains or container ships is as stretched as the supply chain of parts. Events taking place in Ukraine are exacerbating availability of raw materials, parts and shipping options.
Navigating the Covid world has also had its impact on the ability – and especially speed – to select what machinery and capital equipment to purchase. When compiling a capital budget, it is easy to say you need a drill, image, press or pick-and-place machine, but doing the due diligence to select the correct machine is something quite different. Historically one could attend trade shows, visit sites, see the equipment in action and run test jobs to see the results – all activities most efficiently handled by in-person visits to possibly multiple locations. In the Covid world of Zoom, WebEx, etc., doing the necessary due diligence required to select the best piece of equipment and then get approval to invest considerable sums in capital equipment has become much more challenging and a far lengthier process.
In particular, a process to select, prove out, and negotiate the purchase of a piece of equipment that in the past might have taken weeks now takes up to a year – and that is before pulling the trigger to commence the order. Companies that once let an equipment supplier and potential customer in to see a piece of equipment and run samples now may not allow visitors. Capital equipment manufacturers may have sold the demo equipment normally available for running tests. Equipment manufacturers’ sales and demo staffs may be working remotely – with no equipment available – and limited access to their factory to conduct sales demonstrations. Altogether, unless you are buying a duplicate of what you already have, the selection and due-diligence process rivals the supply chain issues, consuming valuable time in the equipment selection and procurement process.
The final challenge is inflation, which is relatively new but may become significant. With demand so high for all sorts of industrial and consumer items, and with the supply chain in such a strained state, the cost of components, raw materials and, therefore, the finished product is escalating at rates not seen for decades. When budgeting a capital expenditure, and completing the (long) process of selection and due diligence, finding out the cost is five to 10% or more higher may necessitate rethinking the equipment or timing of the investment. For any purchased capital investment via a loan, lease or line of credit, rising interest rates inflate the total cost of investment.
As much as inflation has impacted prices of new equipment, it pales in comparison to the impact inflation has had on the used equipment market. With lead times for new equipment stretched so far, a premium is now paid for readily available used equipment in good condition. In fact, it has been reported some used equipment is selling for more than it costs new. The lack of availability of new equipment, coupled with long lead times for new machines, is compounding the effect of inflation. As supply chain difficulties continue, inflation may become the biggest challenge in planning specific capital investments and preparing a capital budget.
So, regrettably, I am looking good for putting 2023 capital investments in service, but not so for 2022. I guess it’s time to plan for 2024 … or maybe even 2025.
The time to squeeze out more efficiency is when everything is in spec.
What kind of approach do you generally take? Do you follow the “if it ain’t broke, don’t fix it” mantra, or are you more the “it’s good, but it could be better” type? In electronics manufacturing, continuous improvement is often discussed, but how much does your organization adhere to this philosophy when the shop floor is humming and everything is within spec? This is when process engineers should try to squeeze out even more efficiency.
Certainly, there is urgency around a process that is not running as it should. However, when all the lights on the line are green, there is likely opportunity for more improvement than you realize. Consider challenging the process through the lenses of incremental cost reduction and quality enhancement.
In the stencil printing process, there are several possible avenues for lowering cost and raising quality, even when everything is within spec:
Cost down. The first and most obvious area for resource optimization is understencil cleaning. This sub-process of stencil printing has several costs associated with its operation, including time (output reduction) and a fixed cost (fabric and solvent consumables) for every clean. A majority of print platform suppliers ship equipment with relatively liberal default settings for fabric advance (how much is used for each clean) and solvent volume. This is based on assumptions a manufacturer may be cleaning a very dirty stencil with numerous apertures across the entire length of the fabric, so high debris removal must be accommodated. In essence, the defaults are set for worst-case scenarios, as is fairly standard practice. Optimizing these settings based on specific process conditions has the potential to reduce waste through streamlined consumables delivery.
A self-proclaimed “visionary” doesn’t always understand the true meaning of partnership.
In a perfect world, there would be truth in advertising.
It would be jaw-dropping to hear a politician say:
“My statements yesterday regarding the ignorance of voters on the issues of the day were not taken out of context. I meant every word I said, down to the last comma, semicolon and exclamation point, and I stand by them. Many of you don’t even know what a semicolon is, much less how to use it. What’s more, exploiting that gift of voters’ ignorance has propelled my political career and enhanced my electoral viability. Systems are meant for gaming, and I’m seizing the moment my schooling and ambition has set for me. Here in the land where preparation meets opportunity, mine eyes have seen the glory. God Bless America!”
Or to hear a certain classism laid bare with this frank preschool prospectus:
Lean Six Sigma training leads to effective, intrinsic problem-solving.
Much has been written on the “how” of Lean Six Sigma. This column discusses the “why” behind Lean Six Sigma. SigmaTron’s facility in Tijuana, Mexico, began implementing its Lean Six Sigma program in 2018 as a way to instill a focused process improvement methodology in its automotive and medical customer projects. A consultant was brought in for initial training, and I volunteered to be the internal champion after agreement that the necessary management support and resources would be put in place. The initial training sessions were designed to train the engineering team as Green Belts and select production personnel as Yellow Belts.
One challenge in an electronics manufacturing services company is each customer has control of their design. While some incorporate EMS-driven design for manufacturability (DfM) recommendations, others do not. Although SigmaTron’s production personnel wanted to solve production problems as they arose, the root causes were often difficult to identify using basic quality tools such as pareto charts without a strong problem-solving methodology. With Lean Six Sigma training, the team evolved from engineers and technicians trying to fix problems to a cohesive team with the necessary tools to rapidly identify issues, brainstorm possible root causes, test hypotheses, and implement the best solution. Issues that had taken weeks to analyze with prior methods were addressed in days or hours.
As the pandemic becomes endemic, restoring order to the world’s prices and supply chains will take time and won’t be easy.
As we all adjust to the reality that Covid and its derivatives are here to stay, communities around the world are beginning to rebuild economically: returning to work, reviving businesses where possible and making new plans if not.
It is no surprise materials, inventory and shipping are in short supply and are often stuck in the wrong places. In some cases, services that companies used to rely on are no longer available because the suppliers have gone out of business. Workforces are depleted, and some knowhow, skills and experience have been lost. Rebuilding is not as straightforward as opening the factory doors, picking up the tools that were put down at the beginning of 2020 and getting on with it. Even now governments are still mandating measures such as the sudden full lockdown of Shanghai, which has severely impacted road and air transport. We must still expect the unexpected!
There certainly is the opportunity to build back better, but let’s not be simplistic. The world we built was highly sophisticated and interconnected – an ecosystem of ecosystems. It won’t be easy. It will take time. New leaders and innovators need to acquire the skills required to replace those we’ve lost. And we have other challenges too, like protecting the environment and transitioning to more sustainable ways of living. As if that wasn’t enough, further new tensions are adding to the pressure on resources and, as a result, prices.