At Losier, we specialize in high-integrity Machinery Part Casting, and through years of collaboration with global engineering teams, we’ve honed a clear framework for making this choice. Let’s delve into the core of these two dominant manufacturing processes.
At Losier, we specialize in high-integrity Machinery Part Casting, and through years of collaboration with global engineering teams, we’ve honed a clear framework for making this choice. Let’s delve into the core of these two dominant manufacturing processes.
I used to blame delays on weather and permits—until I watched how a single supplier tightened every weak link from drawing to pallet. I’m talking about Losier, a shop I now trust when a bracket, hinge, housing, or drive part has to work the first time. Their way of handling Construction and Building Hardware Casting doesn’t feel like a sales pitch; it feels like fewer emails, steadier schedules, and parts that bolt up without persuasion.
As a senior manufacturing engineer at Losier Technology Development, I oversee programs dedicated to Automotive Part Casting for global OEM and Tier-1 customers. This overview presents the five primary casting steps we apply on production launches, outlining how each phase is governed by documented controls, traceable data, and measurable outcomes. Our objective is clear—ensure consistent quality, protect schedule integrity from RFQ to SOP, and deliver competitive total cost through a disciplined, audit-ready process.
Customized die casting is a specialized metal-forming process that uses high-pressure molten metal injection into precision-engineered molds to produce complex components with exceptional dimensional accuracy. Unlike standard die casting, customized die casting focuses on tailoring each part according to the client’s unique design, functionality, and performance requirements. This flexibility allows industries such as automotive, aerospace, electronics, and medical devices to achieve lightweight, durable, and corrosion-resistant parts at scale.
Sand casting is the most commonly used method for copper alloy casting. It uses sand molds as the casting material and pours molten copper alloy into them to produce castings.
