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Make Jigs & Fixtures in Hours. Not Days.

There's never been a faster, more affordable way to make complex jigs and fixtures (at your desktop).

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We supply manufacturers with industrial 3D printers to make...

Selecting the right 3D printer can be difficult. As a value-add reseller, we exist to support your team throughout the evaluation process, ensuring that the technology we provide will meet the specific requirements of your application.

Molds & Inserts

Reduce the cost of prototype tooling for injection, compression, and blow molding applications.

Casting Patterns

3D printed wax patterns eliminate the cost of mold making and shorten the time to market by 2/3.

Forming Dies

Reduce the cost and lead time of sheet metal parts with plastic 3D printed dies.

Jigs & Fixtures

Streamline your manufacturing operation by making custom jigs and fixtures in-house.

Replacement Parts

3D scan broken parts and recreate them in minutes with a high-speed resin 3D printer.

Concept Models

Nexa3D's industry leading print speeds help engineers validate new designs in hours vs days.

Functional Prototypes

Optimal mechanical performance is achieved through our selection of validated engineering materials.

End-Use Parts

The automation-ready QLS 820 from Nexa3D is designed for the on-demand production of end-use parts.

Begin Your Journey

Schedule an application review.

Reduce cost on your 3D printed parts

By purchasing directly through a local contract manufacturer like us, you can cut the cost of your 3D printed parts in half. Our unique business model enables us to acquire 3D printers and materials at significantly reduced costs, allowing us to pass on substantial savings to our clients.

Industrial 3D Printers

Nexa3D High-Speed mSLA 3D Printers: The Perfect Solution for Rapid Tooling & MFG Aids

With 5-10X the print speed of other SLA/DLP technologies, Nexa3D photopolymer 3D printers offer unmatched speed and throughput without compromising on accuracy or repeatability.

Flashforge WaxJet 400: Built for On-Demand Production of Investment Casting Patterns

Achieving 3X the throughput of competing multi-jet technologies, Flashforge multi-jet wax 3D printers, are perfectly suited for investment casting fields such as jewelry, crafts, precision casting and aerospace.

Nexa3D QLS820: The Laser Sintering 3D Printer for High Throughput Production

With the highest part throughput in its class, the QLS 820 thermoplastic 3D printer is a quad laser system which offers unprecedented production capabilities designed with automation and scalability in mind. 

Nexa3D QLS230 & QLS260:  Fast Cycle Metal SLS 3D Printing

In addition to the currently qualified materials, the QLS230 & QLS260 both excel with recycled powders from HP and EOS to extend the life of your powders and provide operational sustainability.

Flashforge Creator 4: An Economical Industrial 3D Printer with Dual Independent Extruders

Equipped with three extruder options, the Creator 4 FDM 3D printer can print with flexible, engineering, and carbon fiber composite filaments, making it a great choice for a wide range of industrial applications.

Flashforge Guider 3 Ultra: A High-Speed Industrial 3D Printer with Dual Extruders

Provides high-speed printing (500mm/s max speed, 2m/s² acceleration) with high surface quality. This dual-extruder printer supports water-soluble support, flexible, engineering, and carbon fiber composite filaments.

Rapid 3D Printed Tooling for Injection Molding

Digital Tooling enabled by the xMOLD resin allows you to print real tools that are compatible with hundreds of actual injection molding materials. Print traditional molds for higher volume runs or dissolvable molds for ‘impossible’ geometries.

Skip the machine shop, just hit print and go.

Metal 3D Printing with QLS Series SLS Printers

ColdMetalFusion is now available for all QLS series SLS printers. This innovative metal 3D printing process combines high-throughput laser sintering with established powder metallurgy processes to deliver metal components with exceptional performance, repeatability and precision.

Making sure you buy the right 3D printer is our #1 priority.

Our 3-step validation process provides your team with all the data you need to make an informed buying decision. From day one, we focus on your parts and your use-case to ensure that the technology platform we recommend is perfectly suited for your application.

30-minute discovery call to discuss your requirements and determine which technology and material is best suited for your application.

Send us your part files and we'll supply your team with a detailed feasibility study that includes: parts per build, print time, and material usage data.

We print your parts (at cost) and ship them to your engineering team for final inspection and validation.

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