Desktop Resin 3D Printer for Maximum Versatility & Productivity
Ultrafast industrial-grade performance with a compact, modular design
The XiP, an ultrafast desktop resin 3D printer, combines a small, compact footprint with 4.8L build volume. Create prototyping and production-grade components for engineering, dental, medical, education, and other applications faster than ever before. With an open material platform providing flexibility and easy material access, the XiP mSLA 3D printer is compatible with a range of general-purpose and elastomeric materials, as well as polypropylene-like and PEEK-like resins.
Order Now Request a Free SampleBoost Productivity with LSPc Technology
Powered by Nexa3D’s proprietary Lubricant Sublayer Photo-curing (LSPc) Technology, the XiP desktop resin 3D printer allows users to print at blazing speeds of up to 18 cm per hour. This mSLA 3D printer boasts an easily replaced, modular 4K LCD screen with advanced UV Light Engine to provide equal and strong exposure ensuring parts are uniform and consistent.
Innovative Desktop 3D Printer Resin System & Open Material Platform
The XiP desktop 3D printer has a fully open material platform providing ultimate flexibility and access to the materials you need, when you need them. Our resin cartridges allow users the ability to load and unload material on the fly — even during live print jobs. Once inserted, the printer automatically begins resin authentication and compatibility checks with the current build requirements using NFC technology.
Industrial Usability That’s Easily Upgradeable
Sleek yet tough, the XiP desktop resin 3D printer’s modular structure is designed for frequent use. Industrial-grade components and intuitive workflows provide optimized usability, serviceability, and upgradability.
Specifications
| Build Volume | 190 mm, Y: 120 mm, Z: 210 mm (7.5 in, Y: 4.7 in, Z: 8.3 in); 4.8 Liter Print Volume |
| Layer Thickness | 50 µm / 100 µm / 200 µm; 0.002 in/ 0.004 in / 0.008 in |
| Max Resolution | 4K Monochrome 9.3” LCD |
| Pixel Size | 52 µm |
| Hardware | Billet Aluminum Enclosure; 420 mm (16.5 inch) W x 350mm (14 inch ) D x 530 mm (21 inch) H; Rigid parallel linear rails, precision Ballscrew Z-axis; Ethernet / USB / Wi-Fi connectivity; 5.5 inch Color LCD Touchscreen Display |
| Build Materials | Henkel, BASF, and Keystone combined with special in-house resins |
Designed and Built with Sustainability in Mind
The design and manufacturing of the XiP takes into consideration the entire life cycle of the printer — from design through ongoing use and eventual retirement. With recyclable packaging and parts choices, including an easily recyclable all-aluminum body. This modular desktop 3D printer easily accommodates upgrades over time, versus making wholesale printer replacements that are costly and create unnecessary waste.
A Desktop mSLA Resin 3D Printer That’s Unlike Any Other
With its open material access, industrial functionality and durability, the XiP is a best-in-class desktop 3D printer that is easy to self-service and upgrade, given its modular design. Users can create consistent, high-quality parts and prototypes with reliability and repeatability.
EverCare Service Plan
Enhanced services and support designed to help you achieve the highest level of printing success on the XiP Desktop 3D printer.
Download NexaX Basic for XiP
Version 2.3
Windows
Download NexaX Basic
Compatiable with Windows 10 and Windows 11
Apple
Materials
Our growing network of the world’s leading material providers — including Henkel, BASF, and Keystone — unlock potential in a variety of applications for various industries.
Software
NexaX 2.0 generates part-by-part fully customizable support structures, and has features to hollow parts and create internal lattice structures. Part duplication, support generation, and stacking is quick and easy.
Post Production
Clean and finish your parts to perfection with an all-in-one, XiP Wash+Cure. Magnetic stirrers provide consistent cleans and a rotating base platform provides an evenly cured finish. Easily remove, cut, and peel extra support material using the complimentary accessory kit tools.
