$4,139.40
Industrial 3D Printer Easily manufacture large functional prototypes and production parts at top speeds with the world’s most advanced desktop Additive Manufacturing Center.
DEMO – Factory refurbished and tested (2 in stock)
Manufacture full-size, end-use parts within the EVO’s huge build volume in over 40 different materials. Optimized for production, the 12 x 12 x 11-inch enclosed build volume is configured for producing large, strong parts.
Manufacture the highest quality parts possible on an industrial 3D printier, thanks to proprietary Tri-Heat™ technology that warms the chamber and dries the filament within.
Enjoy Airwolf 3D’s proprietary auto-leveling technology along with AutoPrime, and Sweep. Ultra-durable Extended-Life nozzles save time and money while providing higher precision, speed and efficiency.
EVO features an oversized air purifying system for active containment of UFP and VOC emissions, providing an extra layer of protection and peace of mind when manufacturing in schools or smaller spaces.
Avoid part failure due to power outage, an accidentally unplugged machine, or other unexpected interruptions. As soon as power is restored, PartSave™ empowers you to resume production right where it left off.
Whether you run out of filament or experience a jam, FailSafe™ has you covered. Just place the print head where you left off, and FailSafe™ will do the rest, restoring your print and completing the job with time to spare.
Fill out our form to receive a free Airwolf 3D sample part. Part is printed with ABS thermoplastic. Sample part program is limited to US addresses only.
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For the first time in history, you can start, stop, and resume the 3D manufacturing process at any time, thanks to EVO’s industry-first PartSave™ technology. Gone are the days of losing prints due to machine failure, power failure, or accidental shutdown.
Whether you need to pause part production for one minute or one hundred years, PartSave™ ensures the 3D manufacturing process will be ready to continue as soon as you are.
Control EVO with a single touch. A spacious 7″ full-color touch display makes it easy to control everything from PartSave™, material selection, internal ambient temperature, and expert settings to an on-screen keyboard for writing and executing g-Code on the fly.
Manufacture the highest quality parts possible on a desktop additive manufacturing system, thanks to the EVO’s proprietary Tri-Heat™ technology. Two internal heaters and a high-temperature bed maintain precise temperature control and heated airflow for optimum manufacturing of stronger, smoother, higher-quality engineering-grade parts from materials including ABS, nylon, and polycarbonate.
The Integrated Filament Drying System further facilitates optimal printing conditions, drying up to 10 pounds of material at a time for immediate extrusion or long-term storage.
The CoreXY Motion System receives a leading-edge update thanks to CNC-style linear precision guides. Up until now, the successful integration of a heavy-duty linear-guide-based motion control system was available only in high-end systems at over five times the price of the EVO. One of the most future-proof design elements of the EVO AMC, the linear-guide-based CoreXY Motion System provides unparalleled manufacturing precision with zero maintenance.
Manufacture large parts quickly with the EVO’s industry-leading 0.4lb/hour maximum material deposition rate. A cartridge-style planetary extruder assembly achieves increased torque capacity for faster extrusion speeds while an unbreakable three-bolt-reinforced hot end precisely distributes over 40 materials ranging from PLA and ABS to exotic materials including carbon-fiber-reinforced nylon and PC as well as HydroFill, Airwolf 3D’s proprietary water-soluble support.
Performance is further optimized by extended-life replaceable nozzles that help minimize part distortion.
The EVO’s bulletproof z stage comprises a proprietary coupling linking a ball screw with a stepper motor and is powerful enough to support up to 50 pounds and provides precision of nearly one thousandth of an inch over its 11-inch build height, providing incredible accuracy.
Approximately the size of a human hair, the precision movement is barely discernible by the human eye.
The strongest machine on the market, the EVO has a 100% aluminum unitized frame constructed in a rigid monocoque to maximize structural integrity while minimizing bulk and weight. The unitized build platform supports up to 50 pounds and also employs one-piece construction to save weight and space in order to maximize strength while minimizing part distortion.
With an oversized 1000-watt power supply, the EVO has power in reserves, easily adapting to ultra-demanding applications in even the harshest environments. An automatic circuit breaker provides a safer, more reliable, and more serviceable system than conventional fuse replacement.
Though rugged and unbreakable, the EVO is light enough to transport easily and can be stacked up to four units high for multiplied part production.
Manufacture in over 40 materials ranging from PLA and ABS to exotic materials like metal, carbon fiber-reinforced nylon, polycarbonate, and HydroFill Water-Soluble Support. Produce larger, more complex parts than ever before, thanks to the carefully controlled thermal environment offered by EVO’s Tri-Heat™ Enclosed Build Chamber and Integrated Filament Drying System.
With our free online training program (www.airwolf3du.com) you will learn how to unbox and operate your equipment to full proficiency.
As an add-on, Airwolf 3D offers an optional service to set up your printer, software and provide onsite training. Your equipment investment pays even greater dividends when it is put to skillful and safe use. Airwolf 3D technicians will arrive onsite for a custom training. Your operator will achieve higher levels of proficiency and realize the full potential of your spend. We are dedicated to providing our customers with quality training and part consulting services. With this package, our team will handle the installation process.
| Shipping Weight | 150 lbs |
|---|---|
| Shipping Dimensions | 31 × 35 × 29 in |
| Build Volume | 12" x 12" x 11", 305 mm x 305 mm x 280 mm |
| Extruder Configuration | G-Series High-Torque Cartridge-Style Planetary Dual Extrusion System |
| Recommended Max. Print Speed* | 100-150 mm/sec |
| Heated Chamber | Yes |
| Recommended Travel Speed | 125+mm/sec |
| Layer Height | Minimum layer height of 40 Microns (200 or above recommended) |
| Calibration | Auto-Leveling |
| Filament Size | 2.85mm +/-0.10 |
| Materials | Metal, Over 40, incl. ABS, PC, PP, Nylons, TPE, TPU |
| Max. Extruder Temp. | 315°C |
| Max. Bed Temp. | 160°C |
| Nozzle Size | 0.35 Heavy Duty, 0.50 Heavy Duty, 0.80 Heavy Duty |
| Nozzle Type | Extended-Life |
| Print Head | Dual High-Flow AX 2 |
| Print Plate Material | Borosilicate Glass, MaxGrip Composite Plate |
| Connectivity | Ethernet, USB Cable, USB Drive, Wi-Fi |
| File Types | AMF, GCODE, STL |
| Power Requirements | Input "100 – 240 V 4 A, 50 – 60 Hz", Output "221 W max. 24 V DC, 9.2 A" |
| Provided Software | APEX |
| Supported OS | MacOS, Windows |
| Travel Speed | 125+mm/sec MAX |
| Upgradeable | Yes |
| Weight (lbs) | 60 lbs. |
| Frame Construction | One-piece aluminum main frame, polycarbonate |
| Print via Removable Device | USB Drive, USB Stick + Onboard Storage |
| Maintenance Tools Included | Allen Wrenches, Micro Drill Bit Set |
| Filament Included | Yes |
| Warranty | 12 Month, by Manufacturer |
| Email Support | tech@airwolf3d.com |
| Phone Support | +1 (949)478-2933 |
| Tutorials | http://airwolf3du.com/ |
| Manufacturer Lead Time | 2 Weeks |
| Height (in) | 24" |
| Depth (in) | 24.5" |
| Width (in) | 28" |
| Options | Add Onsite Training with Set Up / Installation, With Free Online Training |
Main Power: 15-amp dual-pole AC circuit breaker GENESIS Microcontroller: (2) 5-amp and (1) 25-amp fuses to cover mosfets, heaters, stepper motors, and logic Heated Bed: • 180C thermal fuse Hot End: • 25W low power consumption heaters • Polyamide insulators Power Supply: Short circuit/overload/over voltage/over temperature
Hot End: Automatic shut-off on overtemp/overcurrent Heat Bed: Automatic shut-off on overtemp/overcurrent Chamber Heater: Automatic shut-off on overtemp/overcurrent Stepper Motors: Automatic shut-off on overcurrent Fans: Automatic shut-off on overcurrent Lights: Automatic shut-off on overcurrent
Hot End: Automatic cool down after non-use Heated Bed: Automatic cool down after non-use Chamber Heater: Automatic cool down after non-use
The user manual is located here: EVO User Manual
For a QuickStart Guide, please refer to: Get Started: EVO Unboxing and Set Up
The EVO Owners Program is designed to give you the unparalled service you expect when purchasing a best-in-class machine. VIP benefits of EVO ownership include White Glove Service, access to key firmware updates, prioritized feature requests, and early access to hardware upgrades and beta products.
To ensure that you receive all the benefits that come with EVO ownership, please be sure to register your machine.
The build volume of the EVO Additive Manufacturing System is: 12 x 12 x 11 in.
Shipping dimensions coming soon.
The EVO's minimum layer height is 40 microns. However, 200 or above is recommended.
The EVO's proprietary high-temperature, jam-resistant dual AX2 hot end prints in all materials with print temperatures up to 320 degrees, including metal filament. Thanks to the Tri-Heat™ Enclosed Build Environment's superior thermal management, you can print even large parts out of high-temperature materials like ABS, polycarbonate and polypropylene.
For best results, always choose high-performance, engineering-grade materials like the filament tested and certified by Airwolf 3D.
For current lead time on the EVO Additive Manufacturing Center, please give us a call at (949)478-2933 or email sales@airwolf3d.com.
The current material tested with the EVO is Ultrafuse 316LX by BASF. The filament is a 90% 316 stainless steel and is designed for use with the same debinding and sintering processes used in traditional metal injection molding.
The cost of the material is estimated to be around $150-$200/ pound and may include prepaid debinding and sintering services by an authorized provider. If you'd like, you also can choose your own service provider.
Precision of your end parts is determined by your printer settings and the shrinkage factor of the metal once all of the binder is removed. Based on the Catamold data from BASF and test printing, you can expect approximately 20% shrinkage.
Strength of the 3D-printed parts is similar to the strength of metal-injection-molded and forged parts. We are working on releasing data comparing the strength of parts created using these production methods.
At the 2018 Design & Manufacturing Show in Anaheim, CA, Airwolf 3D Co-Founder and CEO Erick Wolf gave a presentation entitled “Metal Printing for the Masses,” in which he explained how anyone can 3D print in metal. The presentation and transcript is now available online: Metal Printing for the Masses.