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THE GMAX 2 PRO 3D PRINTER FOR AEROSPACE AND DEFENSE INDUSTRIES

Innovating the Future of Rapid Prototyping
with Large Format 3D Printing.

Delorian Aerospace Uses gMax 3D Printers

3D Printer Solutions for Aerospace & Defense Industry Applications

New additive manufacturing technologies are accelerating innovation while significantly dropping the barriers to entry into the aerospace supplier and defense manufacturing sectors. 3D printing is helping to drive the future of aerospace industries. From rapid prototyping and increased production of lighter-weight parts from a variety of industrial-grade high-strength materials, while reducing costs. Aerospace and defense industries are utilizing additive manufacturing, production grade 3D printing, research and development, tooling, and next-generation flight component hardware.

Aerospace suppliers and defense contractors leverage 3D printing applications for production support tools, jigs, injection moldings, fixtures or prototyping new designs, or complex shaped 3D printed components and replacement parts. 

According to a recent Market Research Future report, the defense and aerospace global 3D printing market is expected to reach $5.58 billion by 2026. 3D printing has helped design and component integration become more expedient, affordable, and straightforward. Our high-performance gMax PRO 3D printing machines are used by a number of defense, government, and aerospace organizations to reduce turnaround times, and rapidly produce prototypes or additive components. 

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Benefits of 3D printing for Aerospace & Defense Manufacturing

  • Pioneer new production techniques and advancements in 3D printing to keep costs down.
  • Design functional rapid prototypes which sparks faster iteration, decision making, and responses to market changes.
  • Experiment and solve design challenges before you commit to costly tooling and production.
  • Create robust parts with more materials such as carbon fiber reinforced polymers which are strong, tough and corrosion resistance.
  • Alleviate supply chain constraints, limit warehouse space stocking spare parts, and reduce waste materials from traditional manufacturing development processes.
  • 3D printed parts reduce the weight and any inefficiencies while improving the strength of components.

ULTRA HIGH PERFORMACE EXTRUDERS

GMAX 2 PRO COPPERHEAD SINGLE EXTRUDER

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  • Print Up To 400°C Out Of The Box

  • Filament Rounout Detection

  • 144-Point BBL for Repeat Performace

  • 0.01mm Layer Height Resolution

  • Power Loss Recovery Module

  • Travel Speeds Up To 250mm/sec

  • Powerful 50W Heater Cartridge

GMAX 2 PRO 2IN1 DUAL EXTRUDER

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  • 3D Print up to 243°C

  • Faster dual printing (compared to Chimera+)

  • Single nozzle temperature and nozzle size

  • Nozzle ranges from 0.2mm - 1.2mm

  • Hassle free dual-color 3D printing

  • Ideal to print water-soluble PVA supports

  • No nozzle leveling required

GMAX 2 PRO CHIMERA+ DUAL EXTRUDER

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  • 3D Print up to 300°C

  • Independent nozzle temperatures

  • Print with two different materials in single print

  • Can use separate nozzle sizes in a single print

  • Nozzle ranges from 0.2mm - 1.2mm

  • Print TPU and flexible materials

Streamline The Costs of Production Using Rapid Tooling and Manufacturing Aids

Bypass high machining costs for custom tools or parts needed for individual repairs and restorations.  3D printers can enable your organization to quickly and affordably design and print jigs and fixtures to reduce cost, improves safety, and boosts efficiency.

Meet the demands for more customized products and low-volume orders with rapid tooling.  Leverage equipment uptime by printing replacement parts on demand. 3D printing lets you create the exact tool you need, every time. Create custom tools to efficiently maintain fleets of drones, rockets, rovers, helicopters, commercial planes, fighter jets, and cargo planes.


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Trusted by engineers from top government agencies aerospace and defense manufacturers

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HUGE 18"X18" G10FR4 HEATED BUILD PLATE SET

Ultra-durable glass fiber reinforced composite resin heated print surface. Massive 18" x 18" x 24" print volume potential.

The gMax 2 PRO 3D Printer offers an unmatched combination of size and capabilities. The possibilities are endless.

gMax 2 PRO 3D printers can produce high strength-to-weight ratio thermoplastic & carbon fiber composite parts - from functional prototyping through production.

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Get Ideas Off the Ground Quickly with Rapid Prototyping

Quickly resolve design challenges before you fully commit to costly production tooling. Leveraging 3D printing for manufacturing you can unlock faster iteration, decision-making, and responses to market changes. Test and approve components before moving to mass production of aircraft, defense systems, spacecraft, or parts.  

Using gMax PRO printers enable fixtures and flight-ready-end use parts. Go from idea to production in half of the time of traditional manufacturing methods. Designing functional prototypes with 3D printing gives you the speed and agility you want with the control and cost savings you demand – turning your vision into reality more quickly and efficiently. Work through several design iterations in days (not weeks) and create parts with complex geometries. Large format 3D printers (FDM), can produce components with complex features like lattice structures, without any additional manufacturing cost.

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PERFECT HEATING CYCLE

Get excellent thermal stability, adjust temperatures per layer, and fine tune the heating cycle to suit your needs

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GLASS FIBER REINFORCED RESIN BUILD PLATE

The flatness of glass with the strength of aluminum. The powerful 800W heated pad is controlled through the printer.

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SOLID STATE RELAY

Genuine Fo Tek SSR with custom designed steel grounded enclosure. Unparalleled temperature regulation and stability.

 
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Design Lighter Weight Components and Productions Parts to Reduce Fuel Consumption and Payload

 Reducing the weight of an aircraft can drastically lower its emissions, fuel consumption and payload. Our industrial gMax 2 PRO can produce complex geometries not possible with other manufacturing processes. 3D printing is an ideal solution for creating strong, lightweight composite parts, resulting in considerable fuel savings. 

3D printable materials for aerospace and defence applications range from a variety of engineering-grade thermoplastic filaments such as ULTEM 9085, ULTEM 1010, PAEK, reinforced Nylon to name a few. Using certified high-performance materials also allows you to be secure that your produced designs are flightworthy and able to handle the rigors of real-world applications. With 3D printing, previously unrepairable components or parts no longer in production can be repaired or produced to extend the life of these systems.


PRINT ENGINEERING GRADE MATERIALS OUT OF THE BOX

The gMax 2 PRO is designed to print with an extensive selection of 1.75mm filaments right out of the box up to 400°C. We manufacture top quality 3D printers that perform with top quality materials. 

  • PLA

  • PETG

  • TPU

  • CF-Nylon

  • PVA

  • GF Nylon

  • 90% Metal Filament

  • PC+TPE

  • ABS

  • Polycarbonate

  • Engineering Grade Composites

  • Metal Composites

  • and many more

BEST IN CLASS CONTROLLER AND UX

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32-Bit ARM Cortex Processor

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Silent TMC-2130 Stepper Drivers

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Full-Color Responsive Touchscreen

Get the complete Aerospace 3D Printing solution

Industrial-grade 3D printers offer limitless application possibilities in aerospace design and defense manufacturing. We aim to foster creativity and innovation with our reliable, accurate and consistent 3D printing solutions. gMax 2 PRO printers you can develop dimensionally accurate jigs and fixture, tools, design prototypes, and lightweight composite parts on-demand. gCreate is helping our aerospace and defense manufacturing client engineering teams to pioneer new production techniques and advancements in additive manufacturing to qualify more flight components that can be candidates for 3D printing to keep costs down.

VAST ARRY OF MATERIAL CAPABILITIES

With an extensive, ever-growing filament materials settings library.

CHOOSE YOUR PREFERRED SLICING ENGINE

Extensive, update slicing profiles for the most popular and widely used slicing engines.

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INDUSTRY LEADING COMPONENTS

We use genuine components from industry leading partners to ensure the highest quality output and easy maintenance.

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USA DESIGNED AND MANUFACTURED

The gMax 2 PRO is proudly made in-house in Brooklyn, NY with many parts sourced in the USA.

 
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IN-HOUSE TECH SUPPORT

We have dedicated in-house technicians available for email, phone, and video support.

 

CONTACT US IF YOU HAVE ANY QUESTIONS

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