From our work as a 3D printing service, we see more customers using FDM 3D printing  to move RC projects from idea to running model. Instead of relying only on off the shelf chassis and hop up parts, designers now mix standard hardware with 3D printed RC car parts to test new layouts, repair damage and try different bodies without committing to a full production run. Upside Parts - 3D Printed RC Cars In the sections below we highlight seven ways to 3D print RC car projects th

If you search for rubber 3D printing you quickly learn a simple truth. Real vulcanized rubber is not what most printers use. What you can print are flexible polymers that mimic rubber, with different levels of softness, stretch, and tear resistance.  Upside Parts - 3D Printed Rubber This post explains the main options, how they feel in the hand, and when each one makes sense. What 3D Printed Rubber Really Means 3D printed rubber usually refers to materials that bend without b

Antibacterial PLA is a specialized PLA 3D printing  filament designed to inhibit bacterial growth on printed surfaces. While standard PLA is widely used due to its ease of printing, antibacterial 3D filament introduces added value in settings that demand better hygiene. Upside Parts - Antibacterial PLA In this post, we explore what antibacterial PLA is, how it works, when to use it, and how it compares to other materials. How Antibacterial PLA Works Unlike standard PLA, antib

When evaluating flexible materials for 3D printing, the conversation often comes down to TPE vs TPU. Both are elastomers used for flexible prints, but they’re not identical. In this post, we compare TPE and TPU based on data from eSUN’s technical data sheets. Upside Parts - TPU vs TPE 3D Printing If you are considering TPU and TPE 3D printing, this comparison may help clarify which material better suits your application. Comparing TPE vs TPU Based on Real Data Thermoplastic e

Engineers and makers want progress, not another round of hype. 3D printing electronics is shifting from lab experiments to designs you can build, test, and refine on a desktop printer. The advances are genuine, but so are the limits. Upside Parts - 3D Printing Electronic Devices The best results come from aiming at the right use cases and working with the strengths of additive design while recognizing the tradeoffs that come with printable conductors and multi-material workfl

When choosing materials for FDM 3D printing , ASA and ABS often come up as close contenders. In this post, we compare ASA and ABS filaments based on tested properties from Bambu’s technical data sheets. Upside Parts - ASA vs ABS 3D Printing If you are considering ASA vs ABS for your next FDM project, this guide provides clear data to help make the right decision. Why Compare ABS vs ASA ABS and ASA are commonly used thermoplastics in 3D printing for their strength, impact resi

Choosing between an enclosed vs open 3D printer is one of the first decisions users face when entering the world of FDM 3D printing . While the core printing technology may be the same, the frame style affects everything from material compatibility to print quality and long-term success.  Upside Parts - Enclosed vs Open 3D Printer Below, we explain how enclosed and open-frame printers compare, using practical examples and insights based on our experience. Key Differences Betw

Most of us know wood 3D printing through wood-infused filaments. These are typically PLA plastic mixed with fine wood particles (often ~20-40% wood fiber by volume). The filament extrudes like normal PLA using FDM 3D printing , but the embedded wood gives prints a grainy wood-like appearance and even aroma.  Upside Parts - 3D Print Wood Finished parts can be sanded, stained, or painted much like real wood. However, it’s important to remember that these are composite prints, s

A 3D print brim helps stabilize prints by increasing surface area around the base layer. Learn how and when to use a brim in 3D printing for better results. Upside Parts - Brim in 3D Printing Brims are a small but powerful feature in FDM 3D printing . They increase surface area, reduce edge lift, and improve print success rates on challenging parts or materials. In our daily production, a brim is sometimes the difference between a high-quality result and a failed print. What

PA11 and PA12 are two of the most widely used nylons for SLS 3D printing . Both offer excellent durability, but they are not identical....

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Many teams evaluating 3D printing options begin by comparing SLS vs FDM. While these two technologies are among the most widely used...

When choosing between 3D printing resin vs filament, it may seem like a straightforward decision. In reality, each material comes with...

High resolution 3D printing allows users to produce parts with fine details, smooth surfaces, and improved aesthetics. However, it is...

When comparing SLA printing materials, you may wonder if tough resin is worth choosing over standard resin. Tough resin is often promoted...

In recent years, digital light processing also known as DLP 3D printing has developed steadily. Equipment and materials have become more...

When exploring SLA printing materials, it is easy to assume that ABS-like resin is always the better option. After all, many of the...

Conductive resins for 3D printing are designed to support low-voltage electrical conductivity while remaining compatible with standard...