What Is Resin 3D Printing?

As the name suggests, this technology uses resin for printing 3D models. The resin is liquid when printed, but will become hardened once the print is finished and subjected to UV lights.

Advantages and Disadvantages

Resin 3d printing works make it possible to achieve very good results when it comes to precision and specific details. This is because each new printed layer will blend well with the previous ones.

However, the technology is not as quick compared to other methods such as plastic or polymer filaments. And the cost for the resin also tends to be higher per weight unit. Some types of resin are also toxic or dangerous to handle without proper care.

What Is Filament 3D Printing?

This is the type of 3D printer material that most people are familiar with. It uses some form of filament, which can be made from a wide variety of different ingredients. For instance, Geeetech filament is biodegradable, safe for coming in contact with food, and suitable for extreme temperatures.

Advantages and Disadvantages

On the positive side, the technology is well developed now, with high production efficiency resulting in effective cost control, so you can find cheap 3D printing filament.

That being said, there are also some possible things to consider, such as the slightly worse precision and details for FDM printing. The surface can sometimes require people to sand or smooth it for a more polished finish.

Comparison of Resin and Filament 3D Printing

Below you can see an overview of both Resin 3D printing and FDM printing. We have compared both methods on a number of different aspects.

Print Operation

Overall Filament 3D printing is easier for people to use. It does not require a complicated process with the resin vat, UV curing and chemical cleaning.

FDM printers are also easier to maintain over time, and they are less messy since plastic filament is easy to handle compared to liquid resin.

Print Speed

One of the main advantages of FDM printers is their greater speed. In general, 3D printing can be quite slow, especially for larger objects. So, having roughly twice the speed can save users many hours and even days or months over the long run.

Print Quality

Maintenance of Resin vs Filament 3D Printer

Overall it is easier to maintain an FDM printer due to the less amount of upkeep required, along with lower maintenance costs and not needing to replace mechanical parts over time.

Applications

Conclusion

To conclude, 3D printing liquid resin models can deliver more precision and detail, at the cost of a more expensive model, slower production and overall more care and maintenance involved. It is still a viable option if you need the best quality possible or want to sell your items for the highest price possible.

Filament 3D printing is the best option when it comes to prototyping your own 3D printed designs and models, giving you quick and cheap results compared to Resin printing. The 3D printing machine types on the market are also cheaper and have fewer replacement parts needed.

3D printing technology first originated in the 1970s, when it was mainly used to create prototypes. In 1983, Chuck Hull from the USA invented stereolithography (SLA) and in 1986 he co-founded the world’s first 3D printing company which was a great process for 3d printing development. Nowadays it is frequently to use resin in 3d printing. Here is the timeline related to resin 3d printing:

What is ABS-Like Resin?

ABS-Like Resin is a photopolymer resin that is widely used for DLP or LCD 3D printers. ABS-Like resin contains high-quality pigments and photoinitiators which empower 3d prints with bright and stunning colors. As its similarity to ABS, it performs well in printing functional or mechanical accessories. It’s a nice choice for printing regular 3d models with smooth and exquisite appearances.

Main features of Geeetech ABS-Like Resin:

• Compatibility: Our ABS-like resin works seamlessly with various LCD and DLP printers. It is designed for broad market applicability, ensuring it pairs well with LCD and DLP technology printers.

• Fast Curing & High Efficiency: It boasts a rapid curing time, which significantly boosts the success rate and overall printing efficiency. For optimal results, it is recommended to set the exposure time within the resin printer to either 1.7s or 2s. Moreover, it’s safe, non-toxic, and emits minimal odor.

• Precision & Quality: It exhibits excellent fluidity and high precision with minimal shrinkage, leading to clear and detailed prints. This makes it ideal for both novices and seasoned 3D printing aficionados.

• Secure Packaging: It comes in safely and thoughtfully designed packaging, featuring a leak-proof design to prevent spills during transport. 

What are the differences between standard resin and abs-like resin in 3d printing material?

Standard resin and ABS-like resin are two different types of materials used by 3D resin printers each with its own set of properties and characteristics. Here are the key differences between standard resin and ABS-like resin:

Material Composition

• Standard Resin: typically, standard resin is a photopolymer resin that cures when exposed to ultraviolet (UV) light during the 3D printing process. It is well known for its smooth surface finish and high level of detail.

• ABS-Like Resin: ABS-like resin is formulated to mimic the properties of Acrylonitrile Butadiene Styrene (ABS), a commonly used thermoplastic in traditional manufacturing. ABS-like resin is used for functional prototypes and end-use parts quite a lot.

Flexibility

• Standard Resin: standard resin is generally less flexible and more rigid. It might not perform well during the 3d printing process which requires a certain level of flexibility or elasticity.

• ABS-Like Resin: ABS-like resin can exhibit better flexibility and is more resilient to bending and deformation. This makes it a preferred choice for functional prototypes that would bring challenges to some degree of mechanical stress.

Post-Processing

• Standard Resin: standard resin usually requires less post-processing compared to ABS-like resin. It may not need extra procedures like vapor smoothing or extensive sanding.

• ABS-Like Resin: ABS-like resin might benefit from post-processing techniques such as vapor smoothing to improve the surface finish and appearance. This is especially relevant for parts that require a more polished look.

When choosing between standard resin and ABS-like resin, it’s essential to consider the specific requirements of your 3D printing project, including mechanical properties, flexibility, and intended applications. Each type of resin has its advantages, and the selection should be based on the desired characteristics of the final printed object.

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