Harness the power of ultra polymers with miniFactory Ultra 2
The most powerful and versatile industrial 3D printer. With this all-in-one device you have the whole material range available.
ULTEM®, PEKK, PPSU, PA-CARBON, PEEK, and many more at your disposal.
For the professionals whom the quality matters.Request a Quote Book a Consultation
The optimum temperature for the heated chamber is Glass transition temperature (Tg) of the used polymer. The heated chamber is the most important feature when looking for the best result.
Optimum chamber temperatures for some high-performance polymers:
Printing chamber temperature is close/above polymers Tg:
Printing chamber temperature is clearly below polymers Tg:
When using high-performance polymers in 3D printing, the pre-drying of the filament is important for the printing quality and consistency. To maintain this optimal condition of the filament, we have included our new Heated Filament Chamber to the package of Aarni. With the capability to store the filaments up to 120°C temperature and monitor the moisture level, you will always have optimal conditions for printing. Heated Filament Chamber ensures excellent print quality. Visual appearance of the printer is maintained since it is integrated to the printer.
With the consistent state of the filament you will prevent unexpected behaviour in printing process. When the conditions of the filament are stable the reliability of the printing is maintained even with extremely long prints.
Heated Filament Chamber maintains the filament in optimal condition. This makes continuous workflow possible without the need of pre-drying in between the prints.
Extremely high temperature in the chamber unlocks the widest material range on the market and ensures ultimate strenght for printed parts.Find Out More
Print the part using a validated print profile made by miniFactory. Use only the certified materials from the world’s leading material suppliers. When the print job is complete, a data file can be downloaded from the 3D printer.
Open the data file with the Aarni software installed on your computer. With the Aarni software you’ll have a clear overview of the workflow and the actual printing environment. You can also check the basic parameters used for the printed part.
Aarni visualizes the collected data with a 3D model and paragraphs, which makes it easier to understand the data. By keeping the wire frame view inside the printed part, you’ll see how the part is made, line by line and layer by layer.
Aarni visualizes the exact points and lines if the process has exceeded the set limits. This information allows the user to assess the critical points of the component and ensure that it meets the quality standards.
The operator can fill in information such as the date of printing and the batch number, so that the printed part can be fully traced. If necessary, additional information can be added.
Aarni allows you to create a document that highlights the entire printing process. This document has the same intuitive visualization as the 3D model and paragraphs.
Presicion and stability with high-end servo motors, ball screws and linear guides ensure large, dimensionally accurate and repeatable prints.
>One of the most accurate FFF printing systems available.
miniFactory Ultra's post-processing features are activated straight from the touch screen, providing optimized annealing process to the selected material.
No need for separate post-processing equipment.
miniFactory is a pioneer in printing safety. The filtering will considerably reduce the amount of emissions present in the printing process of industrial polymers.
Office friendly system
Implementing a new technology can be a painful experience, slowing down your core business and not returning results immediately.
Let our team take your headaches away, our knowledge of integrating 3D printing into different industries and applications is second to none.
We’d love to hear about your project and help you find the right solution.