Built for demanding industries.
Additive manufacturing has seen growth in demand for products with pandemic-proof supply chains, shorter design-to-part cycles, and reduced-spare-part inventory. Commercial equipment, consumer goods, automotive, and transportation are some of the industries demanding equipment that fulfills their production needs. H350 is the additive manufacturing solution with the control that customers need to deliver the consistency, accuracy, and competitive cost that these markets demand.
Quality finished, end-use products
Consumer-facing products that require a high-quality finishing such as clips, eye-wear, consumer electronic cases and ear-phones.
Moulds, and robust load bearing parts
Brackets, mould tools, machine components, jigs, adapters, manifolds, and manufacturing aids.
Functionally enhanced parts
Parts with movement such as hinges, gears and clips; electric protection connectors, improved impact resistance or such as shatter-proof trims, durable housings and covers.
Part production control:
Quality control is always at the heart of successful volume production applications. With H350 you can establish a manufacturing control system that will enable you to certify your production.
Produce high-volume parts with accuracy and repeatability. The H350 3D printer prints with exceptional detail and a smooth surface finish.
Control your workflow
The H350 gives you the option to operate your way. Track your materials and log your build data, effortlessly adjust print settings and certify your production like never before. Plus, get stable production configuration thanks to long-lasting industrial printheads as well as build freedom with simple, efficient nesting.
Control your cost
Run lean and boost your return-on-investment with the H350. Get predictable and simple part cost estimation, manage fewer consumables and produce consistent and accurate parts made up of 80% reused powder. Additionally, save on machine recertification and part costs with long-lasting printheads and a12 percent nesting density.
In additive manufacturing, PA12 is the go-to material for prototyping. But in traditional volume production of end-use parts, PA11 is much more widely used due to its higher ductility, higher impact, and higher fatigue resistance making it suitable for a wider range of industrial applications. PA11 is also ecofriendly and 100 percent bio-based from sustainably grown castor beans.
High Yield PA11
SAF technology is an industrial-grade additive manufacturing solution that delivers production-level throughput for end-use parts. This is achieved by selectively jetting HAF fluid with industrial piezoelectric print heads onto a layer of powder-form material in just one, full-width pass.
Thanks to its unique in-line, unidirectional architecture, SAF technology prints, fuses, recoats (with Big Wave powder system), and powder heats in the same direction. The time-controlled manner of these processes ensures a uniform thermal experience and part consistency across the whole bed.
SAF technology jets single or multiple drops of highly loaded fluids to produce fine detail or large fused areas without compromising throughput. It also has the ability to jet unique, high-specialty, functional fluids to process a broad range of powders and manufacture parts with selectively defined pointto-point properties.
Due to the savings of implementing industrial-grade technology, SAF-based products will deliver a competitive cost per part, production-level throughput, part quality and consistency, and a high production yield.
Effective build size (xyz)
315 x 208 x 293 mm (12.40 x 8.18 x 11.53 in)
Effective build volume
19.2l (5.07 gallon)
100 µ (0.004 in)
Time to a full build
400VAC, 3P+N, PE, 50-60 Hz, 16A
3.25 kw, 5 kw (peak), 0.15 kw (Idle)
20-25° C (68-77 deg F)
300 m3/h (294 CFM)
1900 x 940 x 1730 mm (74.8 x 37.0 x 68.1 in)
2156 x 1196 x 2100 mm (84.9 x 47.1 x 82.7 in)
825 kg (1819 lb)
950 kg (2094 lb)
Supported software workflow
Siemens NX PTC Creo
GrabCAD Print Server