The RFQ covered three parts. But the product was still evolving — enclosure design, materials and manufacturing strategy were all open. So we asked what the customer was really trying to build.
Instead of trading emails, we sat down with their product, mechanical, electrical and software teams — and talked about the whole product, not just the molded parts.
Over six months of weekly project meetings, we solved problems and executed. As confidence grew, so did our responsibility — one capability at a time.
We didn't replace the customer's trusted PCB, cabling and switch suppliers. We took over coordinating them — and everything around them.
The customer didn't have to choose between broader manufacturing responsibility and hitting its cost target. It got both.
Many manufacturers have the equipment. What changed this program was what experienced people did with it.
Engineering, purchasing, manufacturing, quality and program management stayed focused not on the three parts they were asked to quote — but on the product those parts belonged to.
An established U.S. industrial OEM contacted Laszeray requesting a quotation for three relatively straightforward injection-molded components for a new electronic safety product. We could have treated the opportunity exactly that way: review the drawings, quote the tooling, manufacture three components and ship them.
Instead, the initial conversations raised a more important question — what was the customer really trying to build? The product was still evolving. Its electronic design was largely developed, but enclosure design, manufacturability, material choices, internal component packaging and final manufacturing strategy remained under consideration. The customer's original plan anticipated separate suppliers for electronics, molding and final assembly.
Rather than letting the relationship remain an exchange of drawings, emails and quotations, Laszeray arranged an in-person meeting at the customer's facility. Our commercial lead was joined by an engineer who also served as Program Manager. On the customer side, participants represented product management, industrial engineering, mechanical engineering, electrical engineering and hardware/software engineering.
We shared examples of previous programs that combined injection molding with electro-mechanical integration, assembly, final testing and fulfillment. The discussion expanded into manufacturability, materials, tooling, component integration, packaging and product presentation — all the considerations that would ultimately affect a successful commercial launch.
The larger opportunity did not appear overnight. Over approximately the next six months, Laszeray and the customer established recurring weekly project meetings — the working forum where engineering, manufacturing, sourcing, quality and launch considerations could be addressed together. As Laszeray demonstrated its ability to solve problems and execute, the customer's confidence grew. And as confidence grew, so did Laszeray's responsibility.
Equipment alone did not cause the project to expand. People did. People asked questions beyond the immediate RFQ. Engineers considered what happened before and after molding. Purchasing coordinated an increasingly complex supply chain. Manufacturing developed the assembly process. Quality established the controls needed for a finished commercial product. Program management connected all of it into one coordinated launch effort.
The customer already had established suppliers for several important components, including PCB, cabling and switches. Laszeray did not need to replace those suppliers to create value. Instead, we gradually assumed responsibility for coordinating them, procuring the required components and integrating them into the completed product.
Supplier consolidation does not always mean replacing trusted suppliers. Sometimes the greater opportunity is to create one accountable manufacturing partner that manages the complexity on the customer's behalf. Today, the customer's purchasing process has been simplified to issuing a purchase order for the completed commercial assembly.
The product provides warning of potentially energized AC environments using visual and audible alerts, and is promoted for demanding field applications involving electrical hazards. The customer planned an active commercial introduction through trade shows and industry publications in both North America and Europe — which meant the launch schedule mattered.
Laszeray expedited pre-production units so the customer's sales organization could demonstrate and begin pre-selling the product while full production was still being completed. In that context, pre-production samples were no longer simply engineering prototypes; they became part of the customer's commercialization strategy. Targeted trade show introductions were achieved, pipeline requirements were supported and reorders followed the initial launch. The first production order shipped on time and complete.
The finished product is assembled in the United States and was developed for sale into international markets. It subsequently achieved European conformity requirements applicable to its use, including the relevant EMC directive and identified IEC/EN standards — supporting the transition from a developing product concept to a commercially launched product positioned for both U.S. and European markets.
There was nothing wrong with the original request. Laszeray could have quoted the tooling, molded the three components and been a successful supplier. But the greatest opportunity was not contained in those three drawings — it was contained in the rest of the product.
For OEMs developing new products, managing fragmented supply chains or purchasing components from multiple suppliers, a better manufacturing solution may become visible when the conversation moves beyond an individual RFQ. Sometimes a molded component should remain a molded component. Sometimes it can become part of a much larger manufacturing solution. The first step is allowing the right people to understand the bigger picture.
Let's talk about the product behind the part — and what one accountable manufacturing partner could take off your plate.
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