10 Quick Tips for Better Faster Printing

This video provides 10 quick tips for achieving cleaner and faster 3D printing. It covers topics such as increasing travel speed and acceleration, reducing shell wall acceleration, using a raft for small parts, and utilizing per model settings. The video also discusses printing slow and hot for high warping materials, using support blockers, reducing PLA build plate temperature, swapping nozzles, cleaning extruders, and tightening belt carriages and rollers. Each tip aims to improve print quality and efficiency.

What is the benefit of increasing travel speed and acceleration in 3D printing?

• It increases the print time but improves print quality.

• It reduces the print time and improves print quality.

• It reduces print quality but decreases print time.

• It has no effect on print time or quality.

How can reducing shell wall acceleration help in 3D printing?

• It makes the print more flexible.

• It helps in reducing ghosting effects.

• It decreases the print's strength.

• It increases the speed of printing.

Why might you use a raft when printing small parts?

• To make the parts more durable.

• To reduce the amount of filament used.

• To improve bed adhesion and ease of removal.

• To increase the print speed.

What is the advantage of using per model settings in Cura?

• It increases the strength of the print.

• It reduces the overall print time.

• It enables different slicer settings for each model on the same build plate.

• It allows for different materials to be used in one print.

What is the purpose of using a support blocker in Cura?

• To enhance the print's color.

• To reduce unnecessary support structures.

• To make the print more flexible.

• To increase the print speed.

Why should you regularly swap your 3D printer's nozzle?

• To reduce the noise of the printer.

• To change the color of the print.

• To prevent wear and maintain print quality.

• To increase the print speed.

What is a common cause of Z wobble in 3D printing?

• Excessive print temperature.

• Loose belt carriages and screws.

• Incorrect filament type.

• Too high print speed.