Neo®800 SLA 3D Printer

Designed by engineers, for engineers.

Achieve superior part quality with the Neo800 3D printer, designed for high-accuracy stereolithography (SLA) printing.

The Neo800 printer builds precise, repeatable parts with smooth finishes, minimizing post-processing and accelerating workflows. From large-format production to detailed prototyping, it handles demanding projects with ease.

Built for reliability, the Neo800 printer excels in functional prototyping, tooling and master pattern production. Trusted by leaders within industries such as F1, automotive, and consumer goods, the Neo800 printer helps cut lead times and produces high-quality parts with confidence.

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Learn More about SLA Technology

Key Highlights
Features and Benefits
Applications
Customer Success Stories
Compare Printers
Materials
Resources
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What sets the Neo®800+ 3D printer apart from other SLA printers?

Features

Large-format capability with 53.2 x 64.2 x 90.6 in. (800 x 800 x 600 mm) build platform.

Dynamic laser focusing, combined with SD and HD build modes, produces exceptionally accurate and detailed parts.

Built for non-stop performance, delivering 24/7 reliability to maximize uptime and power through demanding production cycles

Enhanced Titanium software, enabling part traceability, real time estimates, and automated diagnostics

Benefits

Build large parts without the need for sectioning, or build multiple parts in one build, saving time and costs.

Save on labor costs: Precise parts reduce or eliminate post-processing, lowering costs per part and freeing up time and resources.

Superior support, including remote diagnostics and on-site services from expert teams.

Typical Applications

Explore how stereolithography 3D printing with the Neo800 3D printer is empowering industries to build the future of manufacturing and design.

Precision Prototyping

Ideal for detailed, precise concept and communication models, as well as functional fit-and-form designs.

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Jigs and Fixtures

High precision, complex geometry, and smooth surface finishes for assembly, inspection, or workholding tools

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Investment Casting

Create high-quality master patterns quickly, with complex designs and smooth, precise surfaces.

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Tooling

Boost production with fast, reliable, high-precision tooling and molds that keep your operations running smoothly.

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Ideal for detailed, precise concept and communication models, as well as functional fit-and-form designs.

Learn More

High precision, complex geometry, and smooth surface finishes for assembly, inspection, or workholding tools

Learn More

Create high-quality master patterns quickly, with complex designs and smooth, precise surfaces.

Learn More

Boost production with fast, reliable, high-precision tooling and molds that keep your operations running smoothly.

Learn More

Customer Success Stories

All Customer Success Stories

Industries ranging from F1 through to service bureau have already invested in the Neo^® SLA 3D printer for rapid tooling, prototyping and casting master patterns. Find out more about how the Neo 3D printer is making an impact in innovation and product development.

According to McLaren, the ability to 3D print parts extremely quickly is vital for Formula One, with the smallest design iterations making the difference between winning, losing or making up positions on the grid

McLaren Racing — 3D printing to get the edge on and off track

Stratasys’ Neo800 3D printer stereolithography 3D printers are enabling McLaren Racing to make up to 9,000 parts per year —from full-size aerodynamic surfaces to high-accuracy embedded sensorhousings—driving theirquest for race wins.

Ogle Models Turns to Next-Gen Stereolithography 3D Printing to Unlock Creativity and Efficiency

Ogle chose our Neo printer to maintain its position at the forefront of innovation. Learn how it helped their ability to meet & exceed customer expectations.

Catching the Wind for a Greener Future

Gulf Wind Technology leverages 3D printing to innovate rotor designs, enhancing wind turbine efficiency & adaptability in variable wind conditions.

NASCAR racing with 3d-printed Stratasys Direct air ducts

How NASCAR Used SLA 3D Printing to Accelerate Aero Testing and Cut Prototype Costs by 50%

Discover how NASCAR used the Stratasys Neo800 SLA 3D printer and Somos Evolve 128 material to rapidly prototype aerodynamic strakes, cutting time by one week and costs by 50% compared to metal.

Novel Acoustics 3D-printed concept speaker designed by Boaz Dekel with Stratasys Stereolithography technology

Boaz Dekel, the co-founder of Novel Acoustics, utilized a Stratasys Neo printer to 3D print a speaker enclosure as one solid, monolithic piece.

Stratasys’ Neo800 3D printer stereolithography 3D printers are enabling McLaren Racing to make up to 9,000 parts per year —from full-size aerodynamic surfaces to high-accuracy embedded sensorhousings—driving theirquest for race wins.

Ogle chose our Neo printer to maintain its position at the forefront of innovation. Learn how it helped their ability to meet & exceed customer expectations.

Gulf Wind Technology leverages 3D printing to innovate rotor designs, enhancing wind turbine efficiency & adaptability in variable wind conditions.

Discover how NASCAR used the Stratasys Neo800 SLA 3D printer and Somos Evolve 128 material to rapidly prototype aerodynamic strakes, cutting time by one week and costs by 50% compared to metal.

Boaz Dekel, the co-founder of Novel Acoustics, utilized a Stratasys Neo printer to 3D print a speaker enclosure as one solid, monolithic piece.

All Customer Success Stories

Compare the Neo® Series of Printers

Choose the right Neo SLA printer for your needs. Compare model sizes and materials to see which one is right for you

Description
Laser
Beam Size and Focus
Scanning Speed
Minimum Feature Size
Build Size
Vat Fill
Layer Resolution
Network Connectivity
System Size and Weight
Operating Conditions
Power Requirements
Material Compatibility
Software
Build Modes
Accuracy
Download spec sheet

Neo®800 SLA 3D Printer

Description Stereolithography 3D printer for superior surface quality, accuracy, and detail. Great for large format and high yield volume applications from prototyping to tooling and master patterns.
Laser 2 Watt; 355 nm, solid-state frequency tripled Nd: YV04
Beam Size and Focus 150 to 600 μm
Dynamic and Variable
Scanning Speed Up to 400 in./s (10 m/s)
Minimum Feature Size 0.008 in. (0.2 mm) in X & Y†
0.016 in. (0.4mm) in Z†
Build Size Half: 31.50 x 31.50 x 11.81 in. (800 x 800 x 300 mm)
Full: 31.50 x 31.50 x 23.62 in. (800 x 800 x 600 mm)
Vat Fill Half: 83 US gal (780 lb‡) [316 ltr (354 kg‡)]
Full: 147 US gal (1378 lb‡) [558 ltr (625 kg‡)]
Layer Resolution 50 to 200 μm*
Network Connectivity Fully compliant with IEE 802.3, IEEE 802.3u, IEEE 802.3ab
System Size and Weight 53.2 x 64.2 x 90.6 in. (1,350 x 1,630 x 2,300 mm)
Printer - 1,764 lb (800 kg) Vat empty - 529 lb (240 kg)
Operating Conditions Temperature range: 68 -74 °F (20-23 °C), max rate change ±2 °F/hr (1 °C/hr).
Relative humidity 20-50% non-condensing
Power Requirements 208 ~ 240 V, 50/60 Hz, 900 W Typical operation, 1900 W Max
Material Compatibility Open resin system – compatible with commercially available 355 nm stereolithography resins
Software Windows 10 Pro, Titanium, GrabCAD or Materialise Magics
Build Modes High Detail & Standard Detail (HD & SD)
Accuracy Dimension <3.94 in. ±0.004 in.; Dimension >3.94 in. ±0.15%†
Dimension <100 mm ±0.1 mm; Dimension >100 mm ±0.15%†
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Neo800+ 3D printer

Description The new benchmark for high-speed, large-format stereolithography (SLA), build accurate, industrial-grade parts up to 50%* faster. It delivers faster throughput, unmatched reliability and precision that meets the highest standards for SLA.
Laser 4 Watt, 355 nm, solid-state frequency tripled Nd:YVO4
Beam Size and Focus 120 to 750 μm
Dynamic and Variable
Scanning Speed Up to 790 in./s (20 m/s)
Minimum Feature Size 0.007 in. (0.17 mm) in X & Y†
0.016 in. (0.4mm) in Z†
Build Size Half: 31.50 x 31.50 x 11.81 in. (800 x 800 x 300 mm)
Full: 31.50 x 31.50 x 23.62 in. (800 x 800 x 600 mm)
Vat Fill Half: 83 US gal (780 lb‡) [316 ltr (354 kg‡)]
Full: 147 US gal (1378 lb‡) [558 ltr (625 kg‡)]
Layer Resolution 50 to 200 µm*
Network Connectivity Fully compliant with IEE 802.3, IEEE 802.3u, IEEE 802.3ab
System Size and Weight 53.2 x 64.2 x 90.6 in. (1,350 x 1,630 x 2,300 mm).
Printer - 1,764 lb (800 Kg) Vat empty - 529 lb (240 Kg)
Operating Conditions Temperature range: 68-74 °F (20-23 °C), max rate change ±2 °F/hr (1 °C/hr)
Relative humidity 20-50% non-condensing
Power Requirements 208 ~ 240 V, 50/60 Hz - 900 W Typical operation, 1900 W Max
Material Compatibility Open resin system – compatible with commercially available 355 nm stereolithography resins
Software Windows 10 IoT Enterprise LTSC 2021, Titanium, GrabCAD or Materialise Magics
Build Modes High Detail & Standard Detail (HD & SD)
Accuracy Dimension <3.94 in. ±0.004 in.; Dimension >3.94 in. ±0.15%†
Dimension <100 mm ±0.1 mm; Dimension >100 mm ±0.15%†
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Neo450s 3D Printer

Description Building on the reliable Neo800, the Neo450s offers a flexible 3D printing solution in a smaller footprint. With both standard and high-detail modes, it easily adapts to meet diverse production needs.
Laser 2 Watt; 355 nm, solid-state frequency tripled Nd: YV04
Beam Size and Focus 80 to 750µm
Dynamic & Variable
Scanning Speed Up to 400 in./s (10 m/s)
Minimum Feature Size 0.006 in. (0.15 mm) in X & Y†
0.016 in. (0.4 mm) in Z†
Build Size Short: 17.72 x 17.72 x 1.97 in. (450 x 450 x 50 mm)
Half: 17.72 x 17.72 x 7.87 in. (450 x 450 x 200 mm)
Full: 17.72 x 17.72 x 15.75 in. (450 x 450 x 400 mm)
Vat Fill Short: 10 US gal (95 lb‡) [38 ltr (43kg‡)]
Half: 22 US gal (203 lb‡) [82 ltr (92kg‡)]
Full: 37 US gal (348 lb‡) [141 ltr (158 kg‡)]
Layer Resolution 50 to 200 μm*
Network Connectivity Fully compliant with IEE 802.3, IEEE 802.3u, IEEE 802.3ab
System Size and Weight 41.3 x 48.2 x 74.8 in. (1,050 x 1,225 x 1,900 mm).
Printer - 1,323 lb (600 Kg) Vat empty - 221 lb (100 Kg)
Operating Conditions Temperature range: 68-74 °F (20-23 °C), max rate change ±2 °F/hr (1 °C/hr).
Relative humidity 20-50% non-condensing
Power Requirements 110 ~ 120 V, 50/60 Hz - 300 W Typical operation, 550 W Max
220 ~ 240 V, 50/60 Hz - 700 W Typical operation, 1,300 W Max
Material Compatibility Open resin system – compatible with commercially available 355 nm stereolithography resins
Software Windows 10 Pro, Titanium, GrabCAD or Materialise Magics
Build Modes High Detail & Standard Detail (HD & SD)
Accuracy Dimension <3.94 in. ±0.004 in.; Dimension >3.94 in. ±0.1%†
Dimension <100 mm ±0.1 mm; Dimension >100 mm ±0.1%†
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Transparent SLA 3D printed trays arranged on a perforated metal build platform

Endless Possibilities with SLA Somos® Materials

Versatile SLA materials for every application

Designed with an open resin system, the Neo800 printer is designed to run the most technically advanced SLA materials, including the Somos® resins range.

From clear, tough and durable resins to high-temp rigid options, the combination of Somos SLA resins and Neo 3D printers deliver superior accuracy, durability, and surface quality for prototypes and production parts.

Learn More about SLA Materials

SLA Compatible Materials

The Neo450s printer supports any commercially available 355nm SLA resins, offering the flexibility to choose the best materials for your application. Here are the customer favourites:

Somos® WaterShed XC 11122

Versatile, easy to use, all-round polymer.

Somos^® Watershed XC 11122 stereolithography resin produces detailed parts with superior clarity and water resistance, well-suited to fluid flow analysis.

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Somos® PerFORM™

High-performance composite material

ScanControl+ Ready. Strong, stiff, and heat-resistant, ideal for tooling, testing, and automotive parts.

Somos® Taurus™

Robust with great surface quality & isotropy

Robust and charcoal gray in appearance, the material is ideal for demanding functional prototyping and end-use applications.

Somos® WaterShed® AF

Multi-purpose SLA resin for investment casting

Somos^® WaterShed AF is a multi-purpose stereolithography resin that meets the requirements for investment casting patterns as it has been designed without antimony to address sensitivities in the casting of certain specialty alloys.

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Somos® WaterShed® Black

Versatile, good all-rounder

ScanControl+ Ready. Produces rigid, tough parts in a true black colour, with no need for painting.

Somos^® Watershed XC 11122 stereolithography resin produces detailed parts with superior clarity and water resistance, well-suited to fluid flow analysis.

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ScanControl+ Ready. Strong, stiff, and heat-resistant, ideal for tooling, testing, and automotive parts.

Robust and charcoal gray in appearance, the material is ideal for demanding functional prototyping and end-use applications.

Somos^® WaterShed AF is a multi-purpose stereolithography resin that meets the requirements for investment casting patterns as it has been designed without antimony to address sensitivities in the casting of certain specialty alloys.

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ScanControl+ Ready. Produces rigid, tough parts in a true black colour, with no need for painting.

GrabCAD Print™ for Neo® 3D printer

GrabCAD Print™ for Neo® delivers a seamless, cost-effective, and easy-to-use platform for essential stereolithography (SLA) build preparation, centralizing the management of Stratasys' entire 3D printing ecosystem in one powerful solution.

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Titanium™ Software

Titanium is an easy-to-use software interface available on Neo SLA 3D printers. Titanium software allows users to start builds quickly and monitor throughout the building process. Software updates are driven by customer suggestions and feedback, providing a system that is optimized for customers and their applications.

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Neo Accessories

Stereolithography 3D printer for superior surface quality, accuracy, and detail. Great for large format and high yield volume applications from prototyping to tooling and master patterns.

Neo® Unload Trolley

Conveniently pick up and unload the Neo800® platform and parts up to 40kg in weight with the Neo® Unload Trolley. The integrated drip tray prevents resin contamination of machine and surrounding area. The Neo® Unload Trolley easily and safely supports your 3D printing workflow.

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Neo® 3D Printer UV800

Printed parts need to undergo a final post-cure process. The UV800 is designed to fulfill this requirement with high-intensity UV lamps and turntable. Exposure processing times are controlled via a dedicated PLC with an HMI screen.

The lower half of the UV800 is a heated resin store, maintaining resin at VAT temperature. This avoids any significant temperature changes when refilling a vat.

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Conveniently pick up and unload the Neo800® platform and parts up to 40kg in weight with the Neo® Unload Trolley. The integrated drip tray prevents resin contamination of machine and surrounding area. The Neo® Unload Trolley easily and safely supports your 3D printing workflow.

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Printed parts need to undergo a final post-cure process. The UV800 is designed to fulfill this requirement with high-intensity UV lamps and turntable. Exposure processing times are controlled via a dedicated PLC with an HMI screen.

The lower half of the UV800 is a heated resin store, maintaining resin at VAT temperature. This avoids any significant temperature changes when refilling a vat.

Download Specification Sheet

Upgrade your post-processing with the DEMI X 5000™

Boost efficiency and safety with automated resin removal tailored to the Neo800 SLA 3D printer.

Say goodbye to labor-intensive, inconsistent post-processing. The DEMI X 5000 by PostProcess® is designed to integrate seamlessly into the Neo800 3D printer workflow, significantly enhancing efficiency by automating and optimizing resin cleaning in under 10 minutes. The DEMI X 5000 proprietary process reduces chemical waste by 75% and enhances operator safety with its fully enclosed tank and non-flammable detergents.

Reach out to your local representative for more details on how the DEMI X 5000 fits into your production workflow.

Watch the Video

Blog:

3D Printing for Drone and UAV Manufacturing

Leverage the power of additive manufacturing for efficient production of high-performance drones and drone components.

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eBook:

Achieve Rapid, High-Quality Investment Casting with the Neo^® 3D printer

Download our free eBook and learn how manufacturers like you can create complex, intricate master patterns, up to 75% faster.

Learn More

Stereolithography (SLA) 3D Printing Guide

This guide explains how stereolithography (SLA) 3D printing works, from UV laser curing in a resin vat to post-processing and final part finishing. It covers the key advantages of SLA printing, common resin types, and typical applications such as prototypes, wind-tunnel models, composite tooling, and investment casting master patterns.

Discover SLA 3D Printing

Neo®800 SLA 3D Printer

Designed by engineers, for engineers.

What sets the Neo®800+ 3D printer apart from other SLA printers?

Features

Benefits

Typical Applications

Precision Prototyping

Jigs and Fixtures

Investment Casting

Tooling

Customer Success Stories

McLaren Racing — 3D printing to get the edge on and off track

Ogle Models Turns to Next-Gen Stereolithography 3D Printing to Unlock Creativity and Efficiency

Catching the Wind for a Greener Future

How NASCAR Used SLA 3D Printing to Accelerate Aero Testing and Cut Prototype Costs by 50%

Novel Acoustics 3D-printed concept speaker designed by Boaz Dekel with Stratasys Stereolithography technology

Compare the Neo® Series of Printers

Neo®800 SLA 3D Printer

Neo800+ 3D printer

Neo450s 3D Printer

Endless Possibilities with SLA Somos® Materials

Versatile SLA materials for every application

SLA Compatible Materials

Somos® WaterShed XC 11122

Somos® PerFORM™

Somos® Taurus™

Somos® WaterShed® AF

Somos® WaterShed® Black

GrabCAD Print™ for Neo® 3D printer

Titanium™ Software

Neo Accessories

Neo® Unload Trolley

Neo® 3D Printer UV800

Upgrade your post-processing with the DEMI X 5000™

Want to learn more about Neo800 SLA 3D printers and how it can work with your application?

Blog:

eBook:

Stereolithography (SLA) 3D Printing Guide