News

High-Temp Materials in 3D Printing: PEEK, PEI, and Beyond

by 3D PRINTERS DEPOT
A black 3D printer head is producing a green planetary gear. A white floor and equipment is blurred in the background.
Choosing materials for high-temperature 3D printers will affect the final product. Find out which filaments are strong and support heat resistance.

How University Labs Use Industrial 3D Printing

by 3D PRINTERS DEPOT
A man and woman are standing across from each other. The man watches a 3D printer while the woman takes notes.
Students can use the product created from 3D printers in various ways. Find out how university labs leverage industrial 3D printing for educational purposes.

Industrial 3D vs. Desktop 3D Printers: The Differences

by 3D PRINTERS DEPOT
An extreme close-up of a 3D printer nozzle releasing black filament into a circular shape with a diamond-shaped pattern.
Industrial 3D and desktop 3D printers are machines with very different features. Before purchasing, find out which 3D printer will fit your project goals.

Automotive Prototyping with High-Temp 3D Printing

by 3D PRINTERS DEPOT
A person holding a beige-colored 3D-printed car over the build plate of a 3D printer on a wooden table.
Automotive prototyping demands more than standard filaments that can’t survive under-hood heat and chemical exposure. Here’s what high-temp 3D printing offers.

How Large Build Volume Printing Transforms Prototyping

by 3D PRINTERS DEPOT
A large-format, enclosed 3D printer sits on the floor of an office where eight people are working at desks and computers.
Prototyping with 3D printers? You want a printer with a large build volume to avoid splitting up parts and wasting time. Explore this transformative tech here.

PEEK vs. PEI: Which Is Right for Your Application?

by 3D PRINTERS DEPOT
A woman with long brown hair extracts a white part from a 3D printer in a brightly lit laboratory.
Deciding between PEEK and PEI for your next 3D printing project? Here’s what sets them apart and how to pick the right one for your needs and printer.

3D Prints: How To Achieve Perfect Layer Adhesion Every Time

by 3D PRINTERS DEPOT
A close-up of a 3D printer nozzle depositing bright red filament to build a twisting, spherical object layer by layer.
3D prints failing at the layers? Poor adhesion is a frustrating yet common issue. Click here to learn what’s causing it and how to fix it fast.

3D Printing vs. CNC Machining: A Comparison

by 3D PRINTERS DEPOT
A close-up of a 3D printer's nozzle extruding gray filament into a rectangular shape onto the print bed.
3D printing and CNC machining both create physical parts, but they work very differently. Here’s what sets them apart and which one fits your needs.

Military-Grade Parts: High-Temp 3D Printing in Defense

by 3D PRINTERS DEPOT
Three coworkers in blue attire gather around a 3D-printed part in front of two monitors at a desk.
Defense manufacturing has always pushed materials and processes to their limits. All parts must endure extreme heat, mechanical stress, and chemic...

How To 3D Print Stronger Parts With Carbon Fiber Filament

by 3D PRINTERS DEPOT
A close-up of a 3D printer making a ring-like part using carbon fiber filament under a blue light.
Learn how to 3D print stronger parts with carbon fiber filament with printer upgrades, temperature settings, printing techniques, and post-processing.

What Does Build Volume Mean and Why Is It Important?

by 3D PRINTERS DEPOT
A large build volume 3D printer creating an abstract geometric column with white filament.
Build volume defines your 3D printer’s maximum workspace dimensions. Learn how this spec affects what you can print and why choosing the right size matters.

4 Factors That Can Affect 3D Print Quality

by 3D PRINTERS DEPOT
The arm and nozzle of a high-quality 3D printing device. The printer is creating helical gears with a white filament.
Discover four key factors that can impact 3D print quality, from filament type to temperature settings, and learn how to achieve optimal results.