CNC Machining
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Sheet Metal
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Injection Molding
Production-grade steel tooling, as fast as weeks.
Die Casting
Create high quality custom mechanicals with precision and accuracy.
3D Printing
FDM, SLS, SLA, PolyJet, MJF technologies.
Compression Molding
Experience lower tooling costs with high-quality durable parts.
Urethane Casting
Production quality parts without the tooling investment.
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The manufacturing behind Airvine's wireless Ethernet backbones.
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Article
Choosing sheet metal for manufacture in aerospace isn’t just a matter of selecting the strongest or lightest alloy. For instance, a stronger material that suits machined components may crack during bending, while one that forms easily may lack the fatigue strength for vibration-loaded structures. An apparently suitable alloy may fail in salt spray, elevated temperatures, […]
Article
Most prototyping conversations center on CNC machining and 3D printing, and for good reason: both provide parts fast, which is a real advantage for early design work. Once a metal component is headed toward production casting, however, these prototyping methods don’t fully represent the manufacturing conditions and final product. Using the same process for prototypes […]
Article
Request a quote for a single CNC-machined part, then request one for 50 of the same part. The per-unit price will look different—often as much as 70% lower at the higher quantity. The total spend goes up, but the cost per part drops sharply. This happens across every custom manufacturing process—CNC machining, 3D printing, sheet […]
Article
Medical devices are manufactured using the same processes as other products, including CNC machining, injection molding, sheet metal fabrication, casting, and additive manufacturing. The difference lies in the expectations placed on quality systems, documentation, traceability, and process control. Successful sourcing depends on more than price and lead time. It requires suppliers capable of consistently producing […]
Article
Artificial intelligence has been reshaping software for years. But a distinct category—one that matters far more to mechanical engineers and hardware companies—has quietly matured to the point where it’s changing how physical products are designed, manufactured, and operated. Physical AI is the category of artificial intelligence that must operate within the constraints of the physical […]
Article
The gap between a qualified prototype and a production-ready process is larger than most programs anticipate. A prototype part can pass DVT with flying colors, assemble cleanly at the bench, and clear all functional requirements. Yet it can still generate a yield disaster when tooling runs at production cycle time—when operators follow a work instruction […]
Article
A certificate of conformance (CoC) shows up with a parts shipment, and most engineers glance at it, file it away, and move on. That works fine until it doesn’t—if a quality issue traces back to a lot with no traceability, or an auditor asks for evidence that parts were built to the drawing specs and […]
Article
Industrial equipment is built for longevity, but the components that keep it running are not always built to last. Many production systems operate reliably for 20–30 years, while the mechanical parts, control systems, and electronic components they depend on can become difficult or impossible to source before the equipment wears out. The gap between a […]
Article
The manufacturing process you select impacts part cost, lead time, achievable tolerances, material options, and how easily you can iterate your design. The wrong choice doesn’t just affect the prototype; it can also lock in cost and quality constraints that compound through the entire product development life cycle. Making this decision requires balancing competing technical […]
