Nexa3D Inc

1923 Eastman Ave Ste 200
Ventura,  CA  93003-8085

United States
  • Booth: E7428

We are a bunch of passionate additive manufacturing practitioners that are committed to digitizing the world’s supply chain sustainably.

We make the world’s fastest polymer 3D printers affordable for professionals and businesses of all sizes. Our groundbreaking technology is shattering traditional 3D printing productivity barriers and opening the aperture of additive materials.

Our printers take current additive manufacturing speeds from ‘dialup internet’ to ‘broadband’ printing and are capable of continuously printing at speeds of up to 8 litters per hour. This represents some 20X productivity gains over all current state additive products and is comparable only to injection molding economics without existing supply chain complexities, extended lead-times and the substantial costs typically associated  with tooled plastics.

We pioneered  from the ground up two new print engines that are designed for high speed production applications; Lubricant Sublayer Photo-curing (LSPc) for photoplastics print engine and Quantum Laser Sintering (QLS) print engine for thermoplastics.

Beyond our game-changing hardware innovations, we are coding the interplay between chemistry, process and speed at scale. Our Digital Twin Printing (DTP) software unlocks new material properties and assures process stability, higher yields and performance.

To democratize access to production polymers, we formed partnerships with world-class material suppliers including HenkelBASFDSM and Evonik. Together we are unlocking the full potential of performance polymers that are addressing a broader range of industrial and medical prototyping and production use cases.

We are deeply committed to sustainability. We apply circular economy principles in every phase of our design and delivery process by rigorously measuring and improving on what matters; minimizing process waste, reducing energy consumption per part and working with our customers to reduce their overall carbon footprint.


About Nexa3D

 Press Releases

  • Nexa3D recruits for 50+ innovators

    • Growth explosion drives huge recruitment drive at rapidly growing start up
    • Over 50 positions available across different job roles
    • Opportunities to shape the future of the AM industry

    Ventura, California — August 12, 2021 — Pioneer of ultrafast polymer 3D printing, Nexa3D, today announced a talent drive for more than 50 new team members. Founded in 2016 and based in Ventura, California, Nexa3D is mainstreaming additive manufacturing sustainably. To view available roles or to apply, click here.

    Despite the COVID-19 pandemic, Nexa3D has achieved significant technology and commercial milestones, including the launch of its flagship NXE series 3D printers, the rapid expansion of functional polymers for dental and industrial applications and the development of smart post processing tools that create an end-to-end validated workflow for the entire product lifecycle. In July 2021, Nexa3D completed financing rounds totalling to more than $64 million, to bolster its manufacturing operations to fulfil growing customer demand, scale commercial activities globally, expand customer acquisition and grow its reseller channel. The company now plans to fast track the development and commercialization of several new ground-breaking products, polymers and software to mainstream additively manufactured products globally.

    While many of the roles are based at the company’s headquarters in Ventura, California, several are remote. Available positions cover 50 roles in 15 different disciplines, including mechanical, process, electrical, applications, quality, manufacturing and optical engineering, alongside sales, marketing, customer success, product management, IT and finance.

    “As Nexa3D expands globally, we are looking for kindred spirits to join us for the next leg of our journey,” said Avi Reichental, CEO and co-founder of Nexa3D. “If you are ready to inspire and be inspired by your teammates, come join us and start the best work of your professional journey at Nexa3D — together we have a real shot to transform how products are made better.”

    “Our team is building technology that is fundamentally transforming manufacturing,” added Tania Corona, head of human resources. “Nexa3D is a fantastic place to build an impactful career, doing work that matters in a supportive and open company culture, which feels more like a family than a workplace. If you care about the future of humanity and are passionate, enthusiastic and hungry for impact and growth, we can’t wait to meet you.”

    The company offers a great benefits package including healthcare, vision and dental provisions, competitive vacation plans and 401(k) retirement plans. Employees can socialise at biweekly happy hours and benefit from unlimited snacks and coffee. In addition, it is a mask-free environment as the team is 100 per cent vaccinated (or subject to reasonable accommodation where required by law).

    To view Nexa3D’s available roles or to apply, visit

    About Nexa3D

    Nexa3D makes ultrafast polymer 3D printers affordable for professionals and businesses of all sizes. The company’s 3D printers increase additive manufacturing productivity by some 20X. The company’s materials unlock the full potential of functional polymers and are tailored for production at scale. The company’s software and post processing tools optimize the entire production cycle to ensure part performance and production consistency, while minimizing material usage and waste and reducing energy and carbon footprints.

    Press enquiries: Leah Elston-Thompson or Martin Deakin

    Telephone: +44 (0) 1785 225416

    e-mail: or


  • NXE 400
    With an unprecedented 16L build volume measuring 10.8 in x 6.3 in x 15.7 in (27.5 cm x 16 cm x 40 cm), intelligent optimization, and Nexa3D’s revolutionary patented LSPc technology, the NXE 400 photoplastic 3D printer is perfect for any application....

  • 2.5x Larger Build Volume

    The NXE 400 photo plastic 3D printer features more than double the build volume compared to currently available technologies, allowing for much larger parts, higher part throughput, and ultimately lower part cost, all with the higher-resolution pixels (75 µm) and isotropic prints.

    Manufacturing Ready + Modular Design

    In addition to our highly reliable LSPc technology, the NXE 400 photoplastic 3D printer is crafted to be completely modular in design for easily interchangeable parts and technology upgrades, eliminating hardware obsolescence.

    Next-Gen Software + Predictive Service

    Nexa3D’s internally developed intelligent software connects our hardware and materials together into a powerful, user friendly system while providing a new era of predictive and prescriptive service. It’s as simple as pressing CRTL+P.

  • NXD 200
    With an unprecedented 8.5L build volume measuring 275 x 155 x 200mm (10.8 x 6.1 x 7.8 inch), intelligent optimization, and Nexa3D’s revolutionary patented LSPc technology, the NXD 200 is the perfect printer for any dental application....

  • Large Build Volume

    The NXD 200 features more than double the build volume compared to currently available technologies, allowing for much larger parts, higher part throughput, and ultimately lower part cost, all with the higher-resolution pixels (75 µm) and isotropic prints.

    Lab Ready + Modular Design

    In addition to our highly reliable LSPc technology, the NXD 200 is crafted to be completely modular in design for easily interchangeable parts and technology upgrades eliminating hardware obsolescence.

    Smart Software + Predictive Service

    Nexa3D’s internally developed intelligent software connects our hardware and materials together into a powerful, user friendly system while providing a new era of predictive and prescriptive service. It’s as simple as pressing CRTL+P.

  • QLS 350
    Featuring the highest part throughput in its class, the QLS 350 thermoplastic 3D printer delivers significant savings compared to traditional tooling costs and provides unprecedented production throughput and flexibility....

  • The QLS 350 produces up to 4X the print speed of traditional laser sintering technologies, taking thermoplastic 3D printing to a whole new level.

    With its removable Build Unit, for independent cool down and depowering module, the QLS 350 delivers a polymer-based production alternative to traditional injection molding with full Industry 4.0 capabilities, designed for lights-out 24/7 operation.

    What Makes the QLS 350 Thermoplastic 3D Printer a Game Changer?

    • The world’s fastest SLS system on the market, printing up to 8 liters per hour
    • Standard removable Build Unit to maximize capacity utilization. Additional Build Units available
    • Industry 4.0 ready with Siemens integrated factory automation PLC controls
    • Open platform that is fully compatible with supply-chain-approved materials such as PA11 and PA12
    • Equipped with DSM PBT powder starter kit for greater performance
    • Compatible with higher temperature materials such as PA6 at processing temperatures up to 240°C
    • Lower cost of ownership compared to other SLS systems on the market

    Automated & Smart

    • Removes current pain points in capacity utilization and downstream labor intensity

    4X More Power, 4X Part Throughput

    • Speed is unmatched by any available SLS thermoplastic 3D printer
    • 8L per hour throughput – Proprietary QLS light engine quadruples energy density delivered to the build platform
    • Highly favorable thermodynamics with guaranteed consistent temperature across each build layer


    • Manufacturing through modular design, cloud connectivity
    • Consumes up to 30T of material operating 24/7/365
    • Factory automation ready, capable of producing ~150K plastic parts annually

    Extensive Materials Compatibility

    • Works with high temperature materials
    • Range of SLS materials – aluminum, glass and fiber filler, medical and food grade, polystyrene patterns for casting, flexible, tough and temperature-resistant

  • xCURE
    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 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.

  • xWASH
    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 NXE400 build volume, accepts up to two NXE400 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 NXE400 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.

  • xCAST
    xCAST is tailored specifically for the production of precision investment casting patterns on the NXE400 3D printer....

  • xCAST is a much more economical and scalable alternative to all other direct and indirect metal 3D printing solutions on the market today and comes with Nexa3D’s validated workflow including:

    • Cleaner burnout for a variety of metals, including titanium and aluminum alloys.
    • Faster pattern printing and draining for a variety of sizes as well as complex and lightweighted patterns
    • 20X productivity gain over traditional and additive alternatives leveraging in-foundry or near-foundry toolless production of precision patterns same day, not in weeks or months

    xCAST delivers precision patterns for rapid prototyping and series production that seamlessly integrate into any production foundry’s dip-shell or flask-type investment casting process delivering toolless semi-hollow plastic patterns in lieu of wax patterns. xCAST patterns are processed similarly to wax without autoclave and are flash fired from the ceramic mold. Featuring low ash content, xCAST can be used to create high resolution parts with excellent surface finish.

    xCAST is an ideal production of lightweighted structures and complex shape including generatively designed parts and assemblies .

    Unique Features:

    • ideal for in foundry series production of small, large and complex metal parts
    • offers a toolless, faster, and a more accurate alternative to traditional pattern production


    • Aerospace
    • Defense
    • Automotive
    • oil and gas
    • heavy industry application
  • xFLEX
    A medium soft rubber-like material that cures to a soft, elastomeric material....

  • Customers can use this industrial strength material in applications that require resilience, snap back and tear resistance, such as pipes and manifolds, handles and grips, seals and gaskets or sportswear and footwear midsoles. This material also boasts an impressive 150 per cent elongation at failure, an excellent energy return of up to 50 per cent and is resistant to most solvents. The xFLEX 475 material comes in three colors; black, grey, and white.

    Partnered with Henkel

    Unique Features

    • Soft elastic
    • Single component with low viscosity

    Use Cases and Applications

    • Resilience, Snap back and Tear resistance elastomeric application
  • xPP405 Clear
    A tough, impact-resistant material with a modulus similar to molded unfilled polypropylene....

  • Exhibits excellent weathering characteristics and UV stability making it suitable for end-use part applications.

    Unique Features

    • Clear
    • Tough & Durable
    • High impact resistance with high elongation

    Use Cases and Applications

    • A clear tough semi-rigid material with high-strength engineering plastic with similar performance to unfilled propylene delivering good impact resistance. The material delivers an attractive, frosted clear finish that can be further processed for enhanced clarity. Ideal for a wide variety of design, engineering and manufacturing of end use parts for packaging, bottling, piping, consumer and industrial applications including large housings and enclosures.
  • xMED412
    xMED412 is polypropylene-like material that is ideal for manufacturing a variety of biocompatible, medical and wearable devices....

  • xMED412 is based on Henkel’s Loctite® MED412 material and is covered by all of its associated clearances, tests and certifications.

    xMED412 is developed to deliver highly consistent part performance with extraordinary functionality. The medical-grade material is a very strong and durable photopolymer with mechanical attributes similar to polypropylene with fantastic elongation, impact strength, and compression strength.

    xMED412 has been tested and cleared for production of nasopharyngeal swabs that comply with ISO 10993 testing and FDA Class I exempt classification.

    xMED412 parts printed on Nexa3D’s NXE400 require post-processing and cleaning in accordance with the company’s recommendations and can be autoclaved, machined, tapped, or polished to deliver desired production finishes.

    Partnered with Henkel 

    Unique Features

    • Hi impact polypropylene-like performance
    • Biocompatible medical-grade
    • Suitable for Autoclaving tapping and machining
    • Highly strong & durable
    • Can be polished for maximum clear finish

    Use Cases and Applications

    • Biocompatible, medical and wearable devices: orthotics guides, braces ventilator parts and respirators
    • Personalized audio products
    • Nasopharyngeal swabs
    • Diving gear
    • Athletic wearables

  • xPEEK147
    A stiff, heat-resistant material with a HDT of 230C similar to many PAEK thermoplastics like PEEK....

  • Exhibits excellent long-term stability at temperatures exceeding 100C making it suitable for prototypes and end-use parts subjected to high temperatures and fast tooling for plastic molding.

    Unique Features

    • High heat deflection temperature
    • Tough with good dimensional stability
    • Good surface finish


    • Tough material in the performance range of PEEK  designed for production parts, tooling and molding applications, due to its high temperature resistance withstanding up to 230°C and very high stiffness.
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