Accuracy. Repeatability. Strength. If you need these qualities from the parts you manufacture, the Neo 450e and 450s are perfect for creating small to medium parts. For rapid tooling, prototypes and master patterns, the Neo450 range offers industrial-grade parts using its a large 450 x 450 x 400 mm build platform. An open material system lets you use any 355mm SL resins, giving you freedom to choose the material that suits your application best. Designed and engineered in the UK by the pioneers of large format Stereolithography (SLA), the Neo450e and Neo450s are smaller, more compact alternatives to the Neo800 for users that do not need such a large build volume.
There are two different Neo450 machines available designed to suit different budgets and applications. Choose the affordable Neo 450e for a dependable, reliable additive manufacturing machine that can print non-stop. Upgrade to the Neo 450s for parts produced up to 40% faster, with both standard definition and high-definition modes to choose from. For those that need an an even larger build platform, the Neo 800 is perfect for large parts or to produce multiple, smaller parts in one build.
Every Neo printer comes with powerful Titanium software that lets you trace each part back to a particular build and see its parameters, along with reporting tools to help you demonstrate the machine’s value in meeting your company’s business objectives. In addition to a scheduled start feature, Titanium offers build validation, a time estimator and a material usage estimator so you can plan jobs effectively and ensure their success before you begin the build.
450 x 450 x 400 mm
1050 × 1225 × 1900 mm, 600 kg
Neo450e: 1 Watt; Neo450s: 2 Watt
Neo450e: Dynamic; Neo450s: Dynamic & Variable
Neo450e: 250 μm; Neo450s: 80 to 750 μm
50 to 200 μm
An open material system means users can use any 355nm SL resin, allowing the freedom of material selection and none of the usual parameter constraints.
In addition, the Neo 3D printers can run these technically advanced stereolithography materials: