Additive Manufacturing Strategies

Which Manufacturing Process is Right for Your Industry?

ST Medical Devices

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When it comes to custom manufacturing, different industries require prototypes and end-use production parts at a range of speeds and manufacturing standards, and there are many manufacturing processes to consider when designing parts for your projects. Both CNC machining and additive manufacturing techniques can be used by engineers and designers across the industries of aerospace, defense, automotive and consumer goods. Our team of engineers at Xometry has identified some of the common trends that have emerged from each industry.

Aerospace

Many aerospace engineers rely heavily on CNC machining for their custom parts. Most 3D printing for this industry is for prototyping and mock-up models. Depending on size of the design most engineers will use SLS nylon unless a large build volume is required, in which case they may opt for FDM. ULTEM is becoming a top 3D printing material for drones, but nothing rivals the precision of CNC machining for end-use aluminum, steel, and titanium aerospace parts that require very tight tolerances and superior strength to weight ratios.

Automotive

One of the most common custom parts that we see from automotive engineers are end effectors for robotics which could be used on assembly lines. Depending on the specific needs of the manufacturer, these can be 3D printed, CNC milled, or urethane cast parts. Our large scale FDM machine is perfect for making large gauges and assembly fixtures for custom parts with purpose-built contours. FDM can produce parts up to three feet in length, allowing cavities that can fully cradle a part for assembly or inspection. By building with ultralight infill the customer can get the outward geometry they need without the cost skyrocketing.

Consumer Goods & Services

Selective Laser Sintering (SLS) tends to be the most used material for models. We find that most prototyping is done with SLS since it is so commodity-priced. Additive manufacturing provides a fast and affordable solution during the product development stage, allowing for iterations to be made in just days, week after week. Once engineers and designers are ready to move to hard tooling PolyJet (rigid photopolymer) is a popular option for final fit checks in assemblies. And sometimes the 3D printed part is actually used as the final piece!

Medical

Xometry offers spec CNC manufacturing and turning in a variety of metals, including stainless steels and titanium. These tend to be popular options for medical device manufacturing. For those who are prototyping custom surgical components we often see the pairing of SLS printing for bone surrogates and DMLS stainless steel for prototyping implants in a cadaverous environment.

Xometry’s team of engineering experts have created a series of Design Guides to help you optimize your designs for each manufacturing process:

Manufacturing has never had so many options, and the combination of 3D printing and traditional subtractive manufacturing methods has created an unprecedented level options and flexibility to move quickly from prototype to production while saving time and money. Xometry.com offers instant online pricing in all their technologies, all that is required is a 3D model.

For more information on Xometry’s Instant Quoting Platform, Manufacturing Partner Network or processes, visit Xometry.com. Discuss in the Xometry forum at 3DPB.com.

 

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