TUTORIALS EN

In this video, we show you how to effectively clean your 3D printer using the Cold Pull method. This proven technique removes material residues, filament buildup, and impurities from the nozzle, ensuring long-term improvements in print quality. With the CUBIX Cold Pull guide, you’ll achieve precise printing results and extend
the lifespan of your printer.
What you need:
• Side cutters
• Cleaning filament
You should perform the Cold Pull procedure in the following cases:
• Clogged nozzle
• Extrusion problems
• After every second filament spool change
• At least once a month for maintenance
Keep your printer clean and ensure consistent, high-quality print results!

In the tutorial “Calibration”, we show you step by step how to properly calibrate your 3D printer and how to optimally level the print bed to achieve perfect printing results.
Tip: Before you start the calibration, make sure the nozzle is thoroughly cleaned — this is the only way to achieve accurate results in 3D printing.
What you need:
• Optional: open-end wrench (7 mm)
You should check your calibration if:
• The first layer is not printed cleanly
• The nozzle touches the print bed
• The filament clogs in the extruder during the first layer
• The printer is printing in mid-air
Check your calibration regularly to ensure consistent, high-quality print results!

Regular filament changes are essential for consistently high print quality. With the CUBIX tutorial, you’ll learn how to safely change the filament on your 3D printer while avoiding leftover material. Make sure the new filament has been thoroughly dried before the change. If this is not the case, it should remain in the dryer for at least 12 hours after insertion before you start your next print. This helps prevent defects, bubbling, and inconsistent flow.
What you need:
• New filament (ideally already dried)
• Cleaning filament
• Side cutters
You should perform a filament change when:
• Your filament is empty
• Your filament is not sufficiently dried
Clean the nozzle—inside and outside—during every filament change to ensure consistent, high-quality printing results!

A clean and precise nozzle change is essential for high-quality printing results. With the CUBIX nozzle replacement guide, you’ll learn how to safely replace your 3D printer nozzle while avoiding common mistakes. Before inserting the new nozzle, the old filament must be completely removed from the nozzle — this is the only way to ensure the thread grips properly and no residue remains that could affect print quality.
What you need:
• Size 7 open-end wrench
• Combination pliers
You should replace the nozzle in the following cases:
• when sufficient print quality cannot be achieved even after multiple cold pulls
• when the coating of the nozzle has worn off due to frequent cleaning
Clean your printer regularly to ensure consistent, high-quality printing results!

In the “InsoleCAD: Buttons Made Easy” tutorial, you’ll learn about the functions of the InsoleCAD buttons — the central user interface for digital insole design. With these tools, you can model custom insoles, import 2D and 3D scans, select measurement data, and define the output for 3D printing or milling.

The correct video will follow shortly.

With InsoleCAD, you design custom insoles digitally, precisely, and efficiently.
In this tutorial, we’ll show you how to create a “flat insole base with toe spring” — quickly, efficiently, and using our proven insole base library. You’ll learn how to precisely adjust the shape and height and how to perfectly align the insole base with your insole design in the CAD system.

In this tutorial, you’ll learn how to create a shell insole base directly from the existing library. Using the GP Manager CAD software, you can precisely adjust the shape and contour and seamlessly integrate the insole base into your insole design. This way, you work efficiently, precisely, and professionally — with digital insole manufacturing

With this Cubix workshop guide, you’ll learn how to precisely model bedding for orthopedic custom shoes and optimally adapt it to the individual foot shape. Through digital design, you can create stable, anatomically correct beddings that integrate perfectly into your custom shoe production