A) Centralized Automated Drafting B) Complex Assembly Diagram C) Creative Art Development D) Computer-Aided Design
A) DOCX B) MP3 C) STL D) JPEG
A) Converting a 3D model into layers for printing B) Melting the plastic filament C) Smoothing the printed object D) Creating the initial 3D model
A) The bed adhesion method B) The type of plastic used C) The outer shell of a 3D printed object D) The internal structure of a 3D printed object
A) PLA B) Resin C) ABS D) PETG
A) The temperature of the nozzle B) How well the first layer sticks to the print bed C) The amount of infill used D) The speed of the print head
A) Fused Digital Manufacturing B) Fused Deposition Modeling C) Flexible Design Method D) Fast Direct Manufacturing
A) To add color to the model B) To cool the model down C) To support overhanging parts of the model D) To increase the print speed
A) Infill density B) Print speed C) Nozzle color D) Bed temperature
A) A horizontal support printed under the object B) A type of adhesive C) A vertical support structure D) A type of 3D printing material
A) Using the wrong nozzle size B) Inadequate bed adhesion C) Printing too slowly D) Too much infill
A) Air B) Laser C) Heat D) Pressure
A) To create a smooth top layer B) To cool down the print C) To improve bed adhesion D) To support overhangs
A) Word B) Cura C) Photoshop D) Excel
A) Feet B) Inches C) Millimeters D) Centimeters
A) To ensure accurate printing dimensions B) To add color to the print C) To speed up the printing process D) To remove supports
A) 250-300°C B) 180-220°C C) 350-400°C D) 50-80°C
A) CLIP (Continuous Liquid Interface Production) B) FDM (Fused Deposition Modeling) C) SLS (Selective Laser Sintering) D) SLA (Stereolithography)
A) Stringing B) Warping C) Elephant's foot D) Poor layer adhesion
A) The sound the printer makes B) A thick layer of plastic on the bottom of the print C) A type of support structure D) Thin strands of plastic between printed parts
A) Decreasing the nozzle temperature B) Applying an adhesive like glue or hairspray C) Disabling supports D) Increasing the layer height
A) To increase print speed B) To prevent stringing C) To improve bed adhesion D) To change the color of the filament
A) A part of the model that extends outward without support directly underneath. B) The brand of the 3D printer. C) The height of the print bed. D) The type of filament being used.
A) Creating a decorative border around the print. B) Supporting overhangs. C) Priming the extruder and ensuring proper bed adhesion. D) Removing excess filament.
A) SolidWorks B) CATIA C) Tinkercad D) AutoCAD
A) Improved bed adhesion B) Perfect prints C) Under-extrusion D) Over-extrusion
A) Lower printing temperature than PLA. B) Higher strength and flexibility compared to PLA. C) Perfect bed adhesion every time. D) Biodegradability.
A) Setting the print speed. B) Enabling support structures. C) Changing the filament color. D) Adjusting the distance between the nozzle and the print bed.
A) Lower filament cost. B) Elimination of the need for support structures. C) Increased print speed. D) Reduced warping, especially with materials like ABS.
A) Adjusting the X and Y axis movement. B) Changing the language of the printer. C) Controlling the filament flow rate. D) Fine-tuning the distance between the nozzle and the build plate. |