MAXIMIZED PRODUCTIVITY AND PERFORMANCE
Create Robust and Lightweight Parts
MASSIVE BUILD SIZE
Produce Large and Precise Parts
ADVANCED HEATED CHAMBER
Temperatures up to 250°C
OPEN MATERIAL SYSTEM
Over 50 Polymers and Composites
From small series prototyping to full-scale production, miniFactory's professional 3d printer product lineup offers a solution for every need.
Investing in our technology isn't just smart; it's a strategic move with industry-leading ROI that accelerates your success.
The miniFactory Ignite is a powerful, large industrial 3D printer designed for high-performance polymers, offering maximized productivity. Featuring a massive build volume and high material output, it efficiently produces large parts and high-volume production runs. Ignite is ideal for industries requiring large components made from advanced polymers like ULTEM9085, PA6-CF, PA11-CF, PC, PEKK and ABS.
MEET IGNITE
The miniFactory Ultra 2 is a professional 3D printer designed for maximum performance, making it an excellent choice for applications requiring extreme precision and fine details, whether for industry-specific tasks or research. Its high-temperature capabilities support over 50 polymers and composites, including advanced materials like PEEK, ULTEM1010, and PPSU. These features also make it an ideal research platform for educational institutions.
MEET ULTRA 2DUAL EXTRUDER SYSTEM
WARRANTY UP TO 5 YEARS
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miniFactory empowers clients to harness the full potential of high-performance 3D printing with accessible, cost-effective technology that delivers rapid returns on investment.
Strong & Lightweight
Chemical & Heat Resistance
High-performance polymers are advanced materials designed to withstand extreme conditions where regular plastics would fail. They’re incredibly strong, resist harsh chemicals, and can handle high temperatures, making them perfect for demanding applications in various industries. Essentially, they keep things lighter and more efficient without sacrificing durability or reliability. Read More..
Cost Savings up to 90%
Reduce Lead Time to Hours
Industrial 3D printing with high-performance polymers eliminates setup costs and the need for expensive molds or stock materials. Parts can be produced directly from a digital model, saving up to 90% on small series. With instant production, companies receive durable, custom parts in hours, not weeks — speeding up manufacturing, reducing waste, and keeping operations efficient and cost-effective. Read More..
Mass Customization & Internal Structures
Reduced Material Waste
High-performance industrial 3D printing enables mass customization, allowing each part to have a unique design while optimizing internal structures for better performance and reduced weight. Unlike traditional methods that rely on stock shapes and generate significant waste, 3D printing uses only the necessary material, minimizing excess. This flexibility makes producing even a single part economically viable, reducing overproduction and supporting sustainability through efficient, almost waste-free manufacturing. Read More..
Read more how miniFactory technology helps to solve real problems with new and efficient way.
"Previously, we manufactured plastic parts by machining PTFE or PVDF materials, but we have switched to PPSU material with 3D printing. This material offers excellent chemical resistance and is therefore suitable for the relevant application"
- Kalle Leander, Product Designer, Permascand
"As we constantly change and launch new products, it usually requires that we must quickly and efficiently adapt our equipment to cope with, and streamline production. Our equipment was originally designed for one specific purpose. When we started reconfiguring our facility, 3D printing provided a flexible and relatively inexpensive solution"
- Thoalfiqar Abbas, Our/Vodka
With a decade of expertise, we've crafted our products to deliver straightforward and intuitive usability, empowering you to achieve consistent 3D printing success every time.
FFF-technology
High-Temperatures
Open System
miniFactory 3D printers utilize Fused Filament Fabrication (FFF) technology, specifically engineered for high-temperature applications. Featuring an extruder that reaches up to 480°C and a heated chamber up to 250°C, our printers are built to process a wide range of materials. The open material system adds flexibility, enabling users to choose their preferred materials — all within a single, versatile machine.
Integrated Filament Drying
Re-usable Build Sheets
Multiple Slicer Softwares
Pre-production steps are streamlined to minimize machine downtime between prints. We've incorporated several QOL features, such as integrated filament drying, reusable build sheets, and cold-swap nozzles, to enhance user experience and reduce hassle. Transform your 3D models into G-code with validated profiles for Simplify3D or Cura. By following Design for Additive Manufacturing (DfAM) guidelines, users can fully unlock the potential of high-performance 3D printing, optimizing part strength and flexibility.
Automatic Calibration
Aarni QA
Remote Monitoring
Integrated Annealing
Start your print job effortlessly with our intuitive interface, as the machine handles all necessary steps automatically. Monitor progress remotely in real time via a live feed from your PC. Aarni Quality Assurance continuously tracks the print, detecting and alerting you to any anomalies to ensure precision and reliability. For semi-crystalline materials requiring annealing, our integrated annealing process can be seamlessly added to the build job.
Support Removal
UL94 V-0
miniFactory printers come standard with dual extruders, allowing the use of dedicated support materials for more complex prints. After the printing process is completed, supports are removed from the printed parts before deployment. Additionally, some parts may undergo a separate process that further enhances their properties — for example, applying industry-specific coatings for applications like railway parts.
Aarni Quality Report
Part Ready to Use
If no post-processing steps are required, the printed parts are ready for immediate deployment and can perform reliably in demanding industrial environments. Aarni Quality Assurance records every second of the print job, generating a detailed Part Quality Report for complete transparency and traceability. This ensures that each part can be trusted, with full knowledge of how it was made.
Read more about our technology and Materials
Our Goal is to Revolutionize Industrial 3D printing for High-Performance Polymers.
Reliability and Repeatability aren't just features — they're our standard.
We've engineered excellence into every detail, delivering high-precision parts that set new benchmarks.
At miniFactory, we are committed to delivering efficiency, reliability, and quality in all our products.
Our printers are proudly made in Finland, utilizing high-quality components and top-tier mechanics.
We constantly evolve our technology to offer the latest innovations, enabling part manufacturing when and where it's needed.
MADE IN FINLAND
Over 94% of Value is created from Finnish sources
Assembled in Seinäjoki, Western Finland
With a Passion for Perfection
Industrial 3D printing is a comprehensive solution that transforms manufacturing for critical industries. Use of advanced materials and cutting-edge technology opens up a possibility to create parts that meet the highest standards. But beyond the technology itself lies an entire ecosystem dedicated to your success.
We provide comprehensive support throughout the lifecycle of our machines. This includes installation and deployment at customer facilities, so you can start leveraging the full potential of your 3D printing solution from day one.
In-depth training is available alongside deployment, customized with customer to cover all relevant topics for seamless operation and success. Localized training is available through our certified partners.
Our annual maintenance plan is designed to keep your machines operating reliably day after day. With reasonable costs, it ensures consistent performance and minimizes downtime.
We collaborate closely with our customers to ensure their success in leveraging industrial 3D printing. Our expertise includes consultation on design and optimization. Together with our material manufacturer partners, we provide guidance on proper material selection for each application.
We trust in our technology and high-quality component choices.
With an optimized service plan, we are proud to offer warranties of up to 5 years.
Industrial 3D printing is a comprehensive solution that transforms manufacturing for critical industries. Use of advanced materials and cutting-edge technology opens up a possibility to create parts that meet the highest standards. But beyond the technology itself lies an entire ecosystem dedicated to your success.
Simplified inventories, as only raw material needs to be stocked.
EU Studies estimate up to 90% material savings by 2050 with Additive Manufacturing
High-performance polymer properties ensure durability and longevity.
Metal replacement parts allow for significant weight reduction, improving efficiency across applications.
Producing small batches is economically viable, preventing overproduction.
Producing parts near the point of use reduces transportation impact and minimizes downtime.
A: Usually, it takes two to three weeks from the purchase order.
A: The starting price for the miniFactory Ultra 2 Professional 3D Printer is 69 000€, while the miniFactory Ignite Large Industrial 3D Printer costs more. Final pricing for both machines depends on factors such as warranty expansions, accessories, training packages, and additional services. Contact us for a customized quotation tailored to your specific requirements.
A: Yes, you can print PEEK, PEKK, and PAEK materials with both machines.
However, since there are various compounds available on the market, especially for PEEK, we recommend consulting us about your specific requirements.
A: To put it simply: main differences are in build volume, heated chamber temperature, and material output. You can find more details in the product specific pages.
A: The machine is capable of moving at a speed of 300mm/s, but the key aspect is not just movement speed—it’s the output of printed parts. With the Ignite, you can achieve up to 125 grams per hour, resulting in 3kg within 24 hours. This performance is achievable using a 1.0mm nozzle size.
Looking for a Demo? Interested of quotation?
Our Experts are ready to assist you in every step.
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