A complete range of selective laser melting systems – from desktop teaching machines to multi-laser production platforms with build volumes up to 625 x 625 mm.
A complete range of selective laser melting systems – from desktop teaching machines to multi-laser production platforms with build volumes up to 625 x 625 mm.
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Kings SLM systems ship with validated process parameters for a broad range of industrial metal powders.
Standard material packages are available across the range, with the specific selection depending on the machine and its intended application.
Read more about Kings 3D metal powders and material specifications
| Material | Example alloy | Typical applications | |
|---|---|---|---|
26 Fe | Stainless Steel | 316L | General engineering, prototyping, tooling |
22 Ti | Titanium | Ti6Al4V | Aerospace, medical implants, lightweight structures |
27 Co | Cobalt-Chrome | Co-Cr | Dental, medical devices |
13 Al | Aluminium | AlSi10Mg | Lightweight components, thermal management |
28 Ni | Nickel Superalloy | Inconel 718 | High-temperature tooling, turbine components |
26 Fe | Tool Steel | Injection mould tooling, dies | |
29 Cu | Copper | Thermal management, electrical components |
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A compact desktop system designed for teaching and training environments. Operates without inert gas, making it straightforward to install in university labs and vocational settings where argon infrastructure is not available.
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Built for dental, medical, and small-scale R&D applications. A production-grade system in a compact footprint, with full inert atmosphere control.
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A step up in build volume for medical device production, jewellery, and university research programmes. The optional second laser increases productivity without changing the machine's footprint.
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The workhorse of the range. A dual-laser system sized for industrial prototyping, tooling, and short-run production across aerospace, automotive, and engineering applications.
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Extended build area for larger components and multi-part batch production. Suited to engineering firms producing functional prototypes and production tooling at scale.
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A quad-laser production platform for high-throughput manufacturing. The four independent lasers significantly reduce build times on large or multi-part builds.
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The largest system in the range. Configurable with up to eight lasers for maximum throughput on large-scale aerospace, energy, and defence components. Over a metre of Z-axis travel for tall, complex builds.
Looking for large-format polymer printing? See our FGF range →
Whether you're equipping a university research lab, evaluating metal AM for production, or exploring what's possible with a specific material, we're here to talk it through.