Conditions driving renewed interest in Additive Manufacturing (AM) are real and structural. Supply chain disruptions, reshoring pressures, workforce shortages, and the erosion of domestic supplier capacity in key sectors have forced manufacturers to look for more flexible and efficient ways to meet production demands. In many of those situations, AM is not competing with traditional production – it is filling gaps that traditional production can no longer reach. The following is taken from AMT’s Additive Manufacturing Report 2026. Dive deeper into the best applications for various AM processes by downloading your own free copy today. This article is one of a series stemming from this report. Check out our other articles in this series: Where AM is delivering in MRO, Calculating Hidden Costs of Additive Manufacturing, and our Additive Manufacturing Integration Checklist. Additive manufacturing’s greatest strength is its ability to produce nearly any shape. However, it can’t approach the speed or precision that traditional parts made from metal-cutting technologies. Enter hybrid manufacturing, a combination of the disciplines, Hybrid operations address the biggest quality tradeoff in pure additive processes. Metal additive manufacturing builds parts, layer-by-layer, by fusing metal powders into shapes. The thickness of those layers determines the precision of the final parts: the thinner the layer, the more layers needed to make a part. So, parts built with fine layers can meet very precise tolerances, but they take a long time to produce. Hybrid manufacturing eliminates that problem. AM machines build a part with near-net-shape geometry, then traditional machine tools cut down or grind those harsh edges, creating a smooth finish. Download NowHybrid approaches are also widely used for repair and remanufacturing, especially in aerospace and defense applications. Machinists rebuild the worn areas of a part using additive deposition, then machine them back to final dimensions. Some machine tool builders have also begun integrating additive deposition capabilities directly into CNC machines, allowing material to be deposited and machined within the same system. These hybrid machines often use directed energy deposition (DED) or material extrusion (ME) technologies, combined with multi-axis machining. Combining additive and machining into a single machine can reduce floor space requirements and eliminate material handling steps, since parts do not need to move between multiple systems. However, this configuration doesn’t completely eliminate trade-offs. Even when producing less-precise parts, additive processes can take a long time to run. And, while the machine is layering and fusing metal to that near-net shape, it cannot be used for conventional machining. For shops that like to keep every machine spindle spinning at all times, a hybrid machine may not be very attractive. The Key Takeaway: Applications for hybrid manufacturing include repair and new-part creation. Combining machines that can 3D print components and machine them for finishing solves certain additive quality issues but creates new bottlenecks. Read the Additive Manufacturing Report 2026 to help you weigh the pros and cons of additive implementation, and discover the methods that are best for your application. For manufacturers ready to move from evaluating AM to acting on it, IMTS 2026 is the place to see these capabilities firsthand. IMTS – The International Manufacturing Technology Show brings together AM systems and service providers all under one roof. It is the largest manufacturing technology event in the Western Hemisphere, and additive manufacturing is a core part of it. You can find more information about AM at IMTS.com/additive. You can also download the full Additive Manufacturing Report 2026 to dive deeper into how to best use different types of additive manufacturing. Further ReadingWhere Additive Manufacturing Is Already Delivering: Maintenance, Repair, and Overhaul Integrating Additive in Manufacturing: A ChecklistHidden Costs of Additive Manufacturing
Learn more about the applications of hybrid manufacturing, which combines additive manufacturing and more traditional metal-cutting processes.
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