STRATASYS NEO
Open-system Stereolithography 3D Printers
Now Serving US & Canada 
Streamline your workflow
The open-system Stratasys Neo 3D Printer uses Stereolithography (SL) technology to deliver dependable, scalable fabrication at unprecedented speeds. Harness the power and performance you need to create precise parts efficiently and affordably.
NEO optimizes your STEREOLITHOGRAPHY NEEDS
Versatile
Choose your resin, build styles, laser power, and beam size adjustments. Open-source material capability offers the option to use any 355nm SL resin. This flexibility allows you to tailor the Neo to your specific stereolithography needs.
Precise
Features as small as .006” (X & Y) or 0.016” (Z) are achievable thanks to the adjustable beam size (80-750um) and Z layer height (50-200um).
Efficient
Neo stereolithography 3D printers are equipped with a powerful laser, 3-axis dynamic scanning system, and advanced software algorithms to allow fast printing of parts over the entire build area.
Features
Innovative. Intuitive. Productive.
The user-friendly Neo family of 3D printers utilizes the industry "gold-standard" Materialise Magics software for SL build preparation. The printers run efficiently with minimum user intervention via the proprietary "Titanium" machine control software, thus allowing teams to utilize printing time to the fullest.
HIGH QUALITY PARTS
Neo Stereolithography printers can create large parts with outstanding surface finish and high resolution. Part quality is consistent at large volumes and highly repeatable.
A Complete STEREOLITHOGRAPHY WORKFLOW
The Neo line includes a UV curing oven and unloading cart for a seamless post processing workflow. After printing, residual resin can be removed using cleaning solvents applied manually or via a semi-automated solution. Once clean, parts cure for an average of 6 minutes per side under UV lamps.
MATERIALS
SOMOS 9120
Semi-Flexible/moveable parts
- Strong memory retention
- Semi-flexible
- Superior chemical resistance
- Translucent appearance
- Easy to use and finish
Potential applications:
– Automotive parts
– Electrical casings
– Fluid flow analysis
Somos BioClear
Clear & Accurate Medical Models
– Passed stringent ISO 10993-5 Cytotoxicity, ISO 10993-10 Irritation & Sensitization and USP Class VI testing
- High accuracy and surface quality
- High moisture resistance
- Complex shapes and feature detail
- Eliminates chemical texturing process
- Exceptional clarity facilitates inspection of feature detail and quality
- Resistant to common solvents
Potential applications:
- Anatomical models for surgical planning
- Surgical guides
- Non-implantable/limited contact medical applications
- Functional prototypes with body contact
Somos DMX-SL 100
Hollow Composite Tooling
- Extreme durability
- Greater design freedom
- High feature detail and smooth finish
- Faster part design
Potential applications:
- Automotive & transportation: ducts, pipes and conduits, high-end automotive intake pipes, fluid-holding tanks, electric vehicle (EV) battery cooling solutions
- Consumer products: sports and leisure goods, luxury goods, interior design
- Electronics: bespoke light-weight enclosures, complex wiring looms, robotic components
- Healthcare: precision-molded internals for prosthetics
Somos Element
Formulated for investment casting
- Antimony-free
- Very clean burnout with low residual ash
- Low viscosity
- Dimensionally stable
Potential applications:
- Investment casting patterns
Somos EvoLVe 128
Durability with Easy Finishing
- Easy to clean & finish
- High strength & durability
- Accurate & dimensionally stable
- High detail
Potential applications:
- Aerospace, automotive, medical, electronic applications
- Consumer products
- Tough, functional prototypes
- Snap-fit designs
- Jigs & fixtures
Somos GP Plus 14122
For functional prototyping
- ABS- and PBT-like material
- Extremely accurate
- Excellent humidity resistance
- Very durable
- Opaque white appearance
Potential applications:
- Functional prototypes
- Concept models
- Aerospace parts
- Consumer product parts
- Low volume production parts
Somos NeXT
Look and Feel of Thermoplastics
- Superior strength and durability
- Exceptionally versatile
- Thermoplastic-like performance, look and feel
Potential applications:
- Aerospace, automotive, medical consumer products, electronic applications
- Tough, functional end-use prototypes
- Snap-fit designs
- Impellers
- Duct work
- Connectors
- Electronic covers
- Automotive housings
- Dashboard assemblies
- Jigs and fixtures
- Packaging and sporting goods
Somos PerFORM
Strong & Temperature REsistant
- Excellent detail resolution
- Faster, easier processing & finishing
- Superior high heat tolerance
- Expanded applications
Potential applications:
- Tooling
- Wind tunnel testing
- High temperature testing
- Electrical casings
- Automotive housings
Somos PerFORM Reflect
PIV Wind Tunnel Testing
- Ready-to-use material for PIV wind tunnel testing
- Faster image processing, higher accuracy wind tunnel models
- >30% reduction in post-processing time
- Excellent detail resolution
- Improved surface quality, faster part finishing
- Superior high heat properties
Potential applications:
- PIV wind tunnel testing for aerodynamic design optimization
- High-temperature testing
- Electrical casings
- Automotive housings
- Tooling
Somos ProtoGen 18420
For accurate parts. Easy processing.
- Tune the properties of the part to fit your application needs
- Fast, easy processing & finishing
- Highly accurate
Potential applications:
- Electronic Covers
- Consumer Products
- Snap fit assembly
Somos ProtoTherm
Resistant to heat up to 250°F/121°C
- Extremely precise accuracy for small details
- Resistant to heat up to 250°F/121°C
- Stable in high humidity environments
Potential applications:
- Automotive
- Aerospace
- High-temperature fluid flow analysis
- Functional prototypes requiring heat and humidity resistance
- High-detail parts
- Low volume connectors and harnesses for electronics
Somos Taurus
High Heat Deflection
- Superior strength and durability
- Wide range of applications
- Excellent surface and large part accuracy
- Heat tolerance up to 90°C
- Thermoplastic-like performance, look and feel
Potential applications:
- Customized end-use parts
- Tough, functional prototypes
- Under the hood automotive parts
- Functional testing for aerospace
- Low volume connectors for electronics
Somos Watershed AF
investment casting patterns
- No detectable levels of antimony per ICP-AES test methodology
- Trace amounts of ash that are easily removed
- Low viscosity
- Dimensionally stable
- Suitable for high-end alloy castings
- Rapid draining
- Produces accurate, repeatable parts regardless of size
Potential applications:
- Investment casting patterns
- Aerospace and aviation applications
- Transportation applications
- Energy and utilities applications
- Jigs and fixtures/operational aids
- General purpose prototyping
Somos Watershed BLACK
eliminatES need for painting or coating
- Up to 50% faster processing speed than alternative black resins
- Truer black color off the machine
- Ease-of-use and fast processing with minimal finishing, more consistent processing over time
- Based on proven technology of Somos ® WaterShed XC 111222
- Smooth surface finish
- Superior moisture and chemical resistance
Potential applications:
- Durable, stiff, tough parts
- Automotive components
- Packaging
- Functional prototypes and end use parts
Somos Watershed XC 11122
CLEAR ABS properties
- Easy to print and to finish
- Superior moisture resistance
- Exceptional clarity
Material Options:
- Consumer products
- Fluid/Air Flow Analysis
- Duct work
- Investment casting
- Lenses
Somos WaterClear Ultra
optically clear stereolithography
- Extraordinary optical clarity
- Superior moisture resistance
- Easy to use and finish
- Colorless
Material Options:
- Automotive lenses
- Bottles
- Lenses
- Light pipes
- Fluid flow analysis
- Master patterns
- Concept and functional models
Specifications
Laser & Scanning System
Laser
- 1 Watt
- 355 nm, solid-state frequency tripled Nd: YV04
Beam Focus
- Dynamic
Beam Size
- 250 μm
Scanning Speed
- Up to 400 in./s (10 m/s)
Layer Resolution
50 to 200 μm*
Minimum Feature Size
- 0.012 in. (0.3 mm) in X & Y† /
- 0.016 in. (0.4mm) in Z†
Build Modes
SD
Build Speed
In like-for-like comparisons, build times are up to 40% shorter with the
Neo450s†
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%†
Material Compatibility
Open resin system - compatible with commercially available 355 nm stereolithography resins
Capacities
Build (XYZ)
- Short: ** 17.72 × 17.72 × 1.97 in. (450 × 450 × 50 mm)
- Half: ** 17.72 × 17.72 × 7.87 in. (450 × 450 × 200 mm)
- Full: 17.72 × 17.72 × 15.75 in. (450 × 450 × 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‡)]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‡)]
Software
Operating System: Windows 10 Pro
Input File Format: SLC
Control Software: Titanium
Remote Editor: Titanium Assistant (Optional)
Connectivity
Ethernet
- 300 W Typical operation, 550 W Max300 W Typical operation, 550 W Max
USB PortUSB Port
- USB 3.1
Features & Build Options
Build validation / Build time estimator / Material usage estimator / Open build parameters enabling any material to be processed / On-the-fly parameter adjustment & part deletion / Upper surface build quality optimization / Bubble remover with automated option / Scheduled start
Advanced Services &
Reporting Tools
Industry 4.0 compliant / Full part traceability / Logging of machine utilization; build history; parameters; material usage; formatted data export / System & build status email notification§ / Onboard camera / Resin viscosity tracking / User level access control / Scheduled lighting
Support
1-click “snapshot” job diagnostic pack for remote support / Remote diagnostics§
Electrical Requirements
110 ~ 120 Volt, 50/60 Hz
- 300 W Typical operation, 550 W Max
220 ~ 240 Volt, 50/60 Hz
- 700 W Typical operation, 1300 W Max
UPS
Temperature range: 68-74°F (20-23°C), max rate change ±2°F/hr (±1°C/hr). Relative humidity 20-50% non-condensing.
Environmental Requirements
Temperature range: 68-74°F (20-23°C), max rate change ±2°F/hr (±1°C/hr). Relative humidity 20-50% non-condensing.
Dimensions (WxDxH)
41.3 × 48.2 × 74.8 in. (1050 × 1225 × 1900 mm)
Weight
Printer
- 1323 lb (600 kg)1323 lb (600 kg)
Vat (empty)
- 221 lb (100 kg)221 lb (100 kg)
* 100μm layer parameters are supplied for Stratasys certified materials. Parameters for alternative thicknesses may be available.
Layer thickness range is material dependant. Contact Stratasys for more details.
† Accuracy & minimum feature size will vary depending on material, parameters, part geometry and size, pre- & post-processing
methods and environment.
‡ Based on typical material density 2.47 lb/0.3 gal @ 78.8°F. (1.12kg/ltr @ 26°C).
§ Internet connection is required for full or partial functionality.
◊ Based on internal testing October 2019.
†† Specification can be subject to change without prior notice.
Laser & Scanning System
Laser
- 2 Watt
- 355 nm, solid-state frequency tripled Nd: YV04
Beam Focus
- Dynamic & Variable
Beam Size
- 80 to 750 μm
Scanning Speed
- Up to 400 in./s (10 m/s)
Layer Resolution
50 to 200 μm*
Minimum Feature Size
- 0.006 in. (0.15 mm) in X & Y† /
- 0.016 in. (0.4 mm) in Z†
Build Modes
HD & SD
Build Speed
In like-for-like comparisons, build times are up to 40% shorter with the
Neo450s†
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%†
Material Compatibility
Open resin system - compatible with commercially available 355 nm stereolithography resins
Capacities
Build (XYZ)
- Short: ** 17.72 × 17.72 × 1.97 in. (450 × 450 × 50 mm)
- Half: ** 17.72 × 17.72 × 7.87 in. (450 × 450 × 200 mm)
- Full: 17.72 × 17.72 × 15.75 in. (450 × 450 × 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‡)]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‡)]
Software
Operating System: Windows 10 Pro
Input File Format: SLC
Control Software: Titanium
Remote Editor: Titanium Assistant (Optional)
Connectivity
Ethernet
- 300 W Typical operation, 550 W Max300 W Typical operation, 550 W Max
USB PortUSB Port
- USB 3.1
Features & Build Options
Build validation / Build time estimator / Material usage estimator / Open build parameters enabling any material to be processed / On-the-fly parameter adjustment & part deletion / Upper surface build quality optimization / Bubble remover with automated option / Scheduled start
Advanced Services &
Reporting Tools
Industry 4.0 compliant / Full part traceability / Logging of machine utilization; build history; parameters; material usage; formatted data export / System & build status email notification§ / Onboard camera / Resin viscosity tracking / User level access control / Scheduled lighting
Support
1-click “snapshot” job diagnostic pack for remote support / Remote diagnostics§
Electrical Requirements
110 ~ 120 Volt, 50/60 Hz
- 300 W Typical operation, 550 W Max
220 ~ 240 Volt, 50/60 Hz
- 700 W Typical operation, 1300 W Max
UPS
Temperature range: 68-74°F (20-23°C), max rate change ±2°F/hr (±1°C/hr). Relative humidity 20-50% non-condensing.
Environmental Requirements
Temperature range: 68-74°F (20-23°C), max rate change ±2°F/hr (±1°C/hr). Relative humidity 20-50% non-condensing.
Dimensions (WxDxH)
41.3 × 48.2 × 74.8 in. (1050 × 1225 × 1900 mm)
Weight
Printer
- 1323 lb (600 kg)1323 lb (600 kg)
Vat (empty)
- 221 lb (100 kg)221 lb (100 kg)
* 100μm layer parameters are supplied for Stratasys certified materials. Parameters for alternative thicknesses may be available.
Layer thickness range is material dependant. Contact Stratasys for more details.
† Accuracy & minimum feature size will vary depending on material, parameters, part geometry and size, pre- & post-processing
methods and environment.
‡ Based on typical material density 2.47 lb/0.3 gal @ 78.8°F. (1.12kg/ltr @ 26°C).
§ Internet connection is required for full or partial functionality.
◊ Based on internal testing October 2019.
†† Specification can be subject to change without prior notice.
Laser & Scanning System
Laser
- 2 Watt
- 355 nm, solid-state frequency tripled Nd: YV044
Beam Focus
- Dynamic & Variable
Beam Size
- 150 to 600 μm
Scanning Speed
- Up to 400 in./s (10 m/s)
Layer Resolution
50 to 200 μm*
Minimum Feature Size
- 0.008 in. (0.2 mm) in X & Y†
- 0.016 in. (0.4mm) in Z†
Build Modes
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%†
Material Compatibility
Open resin system - compatible with commercially available 355 nm stereolithography resinsOpen resin system - compatible with commercially available 355 nm stereolithography resins
Capacities
Build (XYZ)
- 31.50 × 31.50 × 23.62 in. (800 × 800 × 600 mm)
Vat Fill
- 147 US gal (1389 lb‡) [555 ltr (630 kg‡)]
Software
Operating System: Windows 10 Pro
Input File Format: SLC
Control Software: Titanium
Remote Editor: Titanium Assistant (Optional)
Connectivity
Ethernet
- Fully compliant with IEE 802.3, IEEE 802.3u, IEEE 802.3ab
USB PortUSB Port
- USB 2.0
Features & Build Options
Build validation / Build time estimator / Material usage estimator / Scheduled start / Open build parameters enabling any material to be processed / On-the-fly parameter adjustment & part deletion / Upper surface build quality optimization / Bubble remover with automated option.Build validation / Build time estimator / Material usage estimator / Scheduled start / Open build parameters enabling any material to be processed / On-the-fly parameter adjustment & part deletion / Upper surface build quality optimization / Bubble remover with automated option.
Advanced Services &
Reporting Tools
Industry 4.0 compliant / Full part traceability / Logging of machine utilization; build history; parameters; material usage; formatted data export
/ System & build status email notification § / Onboard camera / Resin viscosity tracking / User level access control / Scheduled lighting.Industry 4.0 compliant / Full part traceability / Logging of machine utilization; build history; parameters; material usage; formatted data export / System & build status email notification § / Onboard camera / Resin viscosity tracking / User level access control / Scheduled lighting.
Support
1-click “snapshot” job diagnostic pack for remote support / Remote diagnostics §1-click “snapshot” job diagnostic pack for remote support / Remote diagnostics §
Electrical Requirements
208 ~ 240 V, 50/60 Hz208 ~ 240 V, 50/60 Hz
- 900 W Typical operation, 1900 W Max900 W Typical operation, 1900 W Max
Environmental Requirements
Temperature range: 68-74°F (20-23°C), max rate change ±2°F/hr (1°C/hr). Relative humidity 20-50% non-condensing.Temperature range: 68-74°F (20-23°C), max rate change ±2°F/hr (1°C/hr). Relative humidity 20-50% non-condensing.
Dimensions (WxDxH)
53.2 × 64.2 × 90.6 in. (1350 × 1630 × 2300 mm)
Weight
Printer
- 1764 lb (800 kg)
Vat (empty)
- 529 lb (240 kg)
Accessories
Unload Trolley for Neo800 / UV800 oven & hot box
* 100μm layer parameters are supplied for Stratasys certified materials. Parameters for alternative thicknesses may be available.
Layer thickness range is material dependent. Contact Stratasys for more details.
† Accuracy & minimum feature size will vary depending on material, parameters, part geometry and size, pre- & post-processing
methods and environment.
‡ Based on typical material density, 2.47 lb/0.3 gal @ 78.8°F (1.12kg/ltr @ 26°C).
§ Internet connection is required for full or partial functionality.
** Specification can be subject to change without prior notice.
Software
Materialise Magics
The Most Powerful 3D Printing Data Preparation Software
Materialise Magics makes prepping a 3D design file for printing easy, intelligent, and fast. Magics is a smart, versatile data preparation and STL editing software for 3D printing and additive manufacturing. The powerful industry-leading software walks the operator through every step of the 3D printing workflow.
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