3D printers
High quality 3D printers

With an installation height of 200mm, the Nexa3D® NXE 200Pro is the ideal entry-level machine for small and medium-sized components.
The Nexa3D® NXE 200Pro provides designers, engineers and manufacturers with a fast, accurate and scalable solution for prototyping and manufacturing.
With the Nexa3D® NXE 200Pro, they can significantly accelerate their overall project development, bringing their product to market sooner.
Technical data:
Print volume: 8.5 liters
Build volume: 274 x 155 x 200 mm
Technology: 4K (3840 x 2160)
Pixel size: 76.5 µm
The NXE 200Pro features the following improvements over the Nexa3D® NXE 200:
1. higher throughput - The Pro series utilizes the latest generation Nexa3D® light engine in combination with the patented Everlast diaphragm technology, the pull-off forces are minimized, thus a higher pull-off speed can be used.
2. expanded resin portfolio
3. improved process reliability - an improved auto-homing algorithm optimizes the adhesion of the first baselayer to the build platform
4. two build plate designs (solid and slotted) - the solid build plate is designed to increase the effectiveness of post-processing and is compatible with low-viscosity resins. For higher viscosity resins, there is still an optimized version of the hardened slotted design.
5. new setting profile manager in NexaX software - users now have the ability to create open material profiles for their own or third-party resins.
6. Armored LCD Mask - resistant to wear and tear during the printing process.
[NOTE: All Nexa3D® NXE 200 printer owners, can purchase an upgrade kit to the Pro version].
Benefit from faster print times without compromising part quality or accuracy. The Nexa3D® NXE 200Pro's proprietary LSPc® technology is up to 6.5 times faster than traditional SLA and DLP 3D printing methods.
With the Nexa3D® NXE 200Pro, Nexa offers a cost-effective, low-maintenance entry-level model for industrial 3D printing.
Despite the smaller build envelope compared to the Nexa3D® NXE 400Pro, up to 85% of all applications can be manufactured with this model.
However, the Nexa3D® NXE 200Pro has a modular design and can thus be expanded to a larger installation space at any time.
Whether design validation or end-use in volume production, accuracy, surface quality, and mechanical strength of parts always play a very important role.
With the Nexa3D® NXE 200Pro and its new 4K LCD screen technology, you can achieve all that and more.
For faster workflow, the xWash and xCure post-processing systems support the entire build volume of the Nexa3D® NXE 200Pro and can accommodate multiple build platforms simultaneously.
Strong alliances with leading material suppliers such as Henkel, BASF, and Evonik extend Nexa3D®'s extensive material selection.
These photopolymers are developed specifically for the LSPc® process to ensure highly efficient build processes, robustness, and accuracy.
Only a diverse selection of fully validated materials allows to get the most out of the ultra-fast LSPc® technology and to support you in your application in the best possible way.
Analyze parts for the ideal printing process and use the material selector and automated support algorithm to achieve the highest material properties and reduce costs.
With LSPc® technology (Lubricant Sublayer Photo-Curing), you can print your parts with lightning speed and process reliability with the Nexa3D® NXE 200Pro.
To wash off the excess resin, the printed parts are cleaned with either the Nexa3D® xWash or another wash station.
In order to achieve the specified material properties, the printed parts must be post-cured using either the Nexa3D® xCure or another post-curing device.
Call us or send us an e-mail. We will be happy to help you.
Verify your design before going into production. Test geometry, fit, and function with an accurate model of your final product.
Produce complex objects quickly and cost-effectively. Whether in small series or as individual pieces.
With the Nexa3D® NXE 200Pro, manufacturing and assembly processes become easier and more reliable, cycle times are reduced, and worker safety is improved.
3D-printed injection molds can significantly accelerate product development. Prototypes from the original manufacturing process offer near-series results.