XiP’s mSLA 3D printer is powered by Nexa3D’s proprietary Lubricant Sublayer Photo-curing (LSPc) Technology, which allows users to print at speeds of up to 18cm per hour, breaking the speed barrier in the 3D printing industry today. A replaceable, modular 4K LCD screen and advanced UV Light Engine combine to provide equal and strong exposure ensuring your parts are uniform and consistent and have the best possible surface finish every print.
The XiP desktop 3D printer is a fully open material platform that gives you 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 a live print job. Once inserted, the printer automatically begins resin authentication and compatibility checks with the current build requirements using NFC technology.
Sleek yet tough, the XiP’s modular structure is designed for frequent use. Industrial-grade components and carefully designed, intuitive workflows provide optimized usability, serviceability, and upgradability.
With its open material access, industrial performance, and modular design, the XiP is a best-in-class desktop resin 3D printer that offers the ultimate flexibility. Users can create consistent, high-quality parts and prototypes with reliability and repeatability using both Nexa3D validated resin as well as third party materials.
XiP Pro is an industrial resin 3D printer delivering highest production throughput at the lowest cost of operation. Offering the largest build volume and fastest print speed in its class, its unrivaled productivity allows you to produce functional prototypes and final use parts at previously unattainable production economics. Its state of the art, LCD-based VAT photopolymerization process using the patented Lubricant Sublayer Photocuring (LSPc) technology delivers high accuracy, excellent dimensional stability, and superb surface quality.
With a 19.5L build volume, XiP Pro delivers the daily throughput of 4+ other industrial resin-based printers, allowing you to dramatically change the economics of your 3D printing production, on top of reducing your investment in equipment. With its unique stacking ability you can optimize every build by easily stacking your smaller parts on top of one another to take full advantage of XiP Pro’s entire build volume. From extra large parts to many smaller parts, XiP Pro can do it all.
Tradeoffs have always been a key component of 3D printing – if you want speed, you have to compromise on quality. Not anymore. With industry leading print speed of up to 24 vertical centimeters per hour, XiP Pro can produce its entire build volume in under two hours. Its patented LCD-based LSPc print technology uses a self-lubricating membrane that enables lighting-fast print speed and unprecedented production value without sacrificing print quality or surface finish.
Not only does XiP Pro offer outstanding speed and throughput capabilities, it boasts a cutting-edge 7K resolution LCD screen with 46 µm pixel size and 23 µm sub-pixel resolution using antialiasing technology. Whether you are creating prototypes or production parts, every detail of your design is captured with unparalleled clarity and precision giving you a finished product that is both stunning and accurate. The enhanced printability and exceptional first-time build success rate are enabled by its advanced sensor package, adaptive layer-by-layer printing technology, and closed-loop z-stage with auto-homing and debris detection.
Ensure dimensional accuracy, structural integrity, and robust mechanical properties of your resin 3D printed parts by using Nexa3D’s environmentally-friendly post-processing solutions. Optimized to work best when used with Nexa3D resin 3D printers and materials, but also compatible with most other resin 3D printers.
xCURE Desktop is an ultrafast, high-powered UV curing system that supports three different wavelengths (365nm, 385nm, and 405nm), making it a versatile solution for all resin 3D printers.
Housed in a rugged, anodized metal enclosure for superior durability, xCURE Desktop reduces cure times by up to 80% with curing times as low as 6 minutes. This allows users to post-process parts much faster, and Nexa3D’s predefined curing workflows guarantee consistent mechanical properties and predictable part performance.
Wash+Cure is a 2-in-1 post processing station optimized for the XiP desktop printer but also compatible with most other resin based 3D printers. Simply drop parts into the wash bin with IPA or xCLEAN solution and run the wash cycle. Then remove the wash bin and place your part on the turntable, fold down the LED arm, and place the reflective cover over the top for post-curing.
Post-curing maximizes material properties, improving parts strength, and providing consistent mechanical performance part to part and build to build.
xCURE 3D printing post-processing combines heat and dual wavelength light consistently, to post-cure printed parts using a combination of material-specific prescribed sequences in a controlled chamber. xCURE accommodates parts as large as 16 liters in volume and is designed to process the entire print envelope of Nexa3D’s NXE 400 printer. The chamber can accommodate up to three build plates at once and allows parts to cure directly on the build plate or be placed in a basket and cured individually.
xCURE 3D printing post-processing combines heat and dual wavelength light consistently, to post-cure printed parts using a combination of material-specific prescribed sequences in a controlled chamber. xCURE accommodates parts as large as 16 liters in volume and is designed to process the entire print envelope of Nexa3D’s NXE 400 printer. The chamber can accommodate up to three build plates at once and allows parts to cure directly on the build plate or be placed in a basket and cured individually.
xCURE 3D printing post-processing tools include high-power LEDs that operate at dual wavelengths, as well as in sequential UV and thermal curing modes. It comes pre-loaded with validated workflow-curing recipes for all approved Nexa3D photoplastic materials and is easily upgradeable for additional materials. xCURE is built to global industrial construction and safety standards and operates in three curing modes: UV only, heat only and UV+heat.
xCURE delivers optimal post-processing of 3D printed parts and effective curing cycles that guarantee consistent mechanical properties and predictable part performance.
Nexa3D’s xWASH matches the build volumes and process requirements of the ultrafast NXE400 3D printer, and is engineered for Nexa3D’s photoplastic materials, giving manufacturers a powerful, consistent, and sustainable washing solution.
The xWASH is optimized for and validated with Nexa xCLEAN, which offers 3X saturation limits, environmentally friendly recycling options, and enhanced chemical/flash-point safety characteristics.
The xWASH directly accommodates the full NXE200 build volume, accepts up to two NXE200 build platforms simultaneously for streamlined post-processing workflow, or the option of a loose parts basket for production flexibility; it can also accept the full NXE200 build volume. Bi-directional agitation with variable speeds ensures efficient cleaning regardless of part geometry, and an adjustable cleaning timer allows optimized cleaning time based on part geometry and resin type. Dedicated drain and fill ports facilitate easy maintenance; a pot life timer notifies when the cleaner has reached saturation limits. A tritan plastic reservoir provides clear process and cleaner level viewing and provides maximum durability for production environments.
The ability to automatically raise and lower the Z-axis with a secondary lid/cover provides an extra safeguard from chemical exposure and reduces solvent evaporation.
A touch screen user interface makes it easy to set bath cleaning duration, agitation speed/direction, and cleaner useful life.
Everlast Membrane offers superior print speed, surface finish, and fidelity as well as tremendous functional durability — lasting 50,000+ printed layers or up to 25x longer than alternative interface layer technologies.
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