Wax Filament: A Complete Guide
Printing a three-dimensional object using wax filament is known as investment casting. The process of making a mold involves encasing the model in either plaster or ceramic. The wax dissolves and leaves a hole when heated. We pour molten metal or other substances into this hole. A very accurate and intricate item is the end product.
The low melting point of wax filament makes it ideal for burning and extrusion. The filament produces almost no ash when burned. It offers excellent dimensional stability and clean surface finishes.
In terms of efficiency and affordability, the wax filament is difficult to beat. It can be used with a variety of casting materials and 3D printers. It greatly benefits dental work, jewelry making, and fine art. You can only get the best results if you store your printer correctly and ensure compatibility.
Wax Filament: 7 Best Options
1. Monocure 3D Castable Wax Filament
Key Features:
- Exceptional Tensile Strength
- Non-Yellowing for Ultimate Clarity
- Optimized for Post-Curing
- Achieve Glass-like Finish
The exceptional performance of Monocure 3D Castable Wax Filament has earned it considerable renown in the dentistry and jewelry industries. This filament is perfect for complex designs because of its ability to print with fine detail and a smooth surface.
A clean and effective burn-out process is critical for high-quality casting, and one of its major characteristics is its minimal ash residue. We have fine-tuned the filament's melting point to ensure seamless compatibility with a wide range of 3D printers.
Monocure 3D recommends using their wax filament to keep printed items accurate because of its low warping and high dimensional stability. It is suitable for many different types of 3D printers because it comes in the standard 1.75mm diameter. The filament's steady and smooth extrusion improves both print quality and appeal.
If you have a casting project that demands accuracy and quality, Monocure 3D Castable Wax Filament is a dependable and high-performance choice.
Purchase Link: Monocure3D.
Price: $188
2. Liqcreate Wax Castable Resin Filament
Key features:
- Appearance: Blue liquid
- Viscosity: 700 cps at 25°C
- Density: 1.18 g/cm3
- Ec: 7.31 mJ/cm2
Because of its exceptional intricacy and precision, Liqcreate Wax Castable Resin Filament is a top choice for professionals in the dental and jewelry industries. Intricate patterns rely on filaments that offer smooth and perfect surface finishes. Owing to its low ash percentage, it burns out cleanly, making it ideal for casting molds. This filament's calibrated melting point makes it easy to print on a wide range of 3D printers.
The precision of printed things depends on the wax filament from Liqcreate, which is known for its minimal warping and great dimensional stability. It is suitable for many different types of 3D printers because it comes in the standard 1.75mm diameter. With even flow and bright colors, the prints have better quality and look more appealing.
For those who value accuracy and excellence in their casting projects, Liqcreate Wax Castable Resin Filament is an excellent choice due to its optimal functionality.
Purchase Link: Liqcreate.
Price: $60.00 to $125.00
3. PolyCast Wax Filament by Polymaker
The dentistry and jewelry sectors highly value PolyCast Wax Filament from Polymaker for its exceptional detail and flawless surface finishes. This filament is perfect for casting because of its ability to create elaborate designs with outstanding detail.
An important component of high-quality casting is a clean burn-out process, and one of its distinguishing characteristics is its minimal ash residue. This filament is suitable for a wide range of 3D printers because it has an ideal melting point that allows for easy printing.
For precise printed items, nothing beats PolyCast's wax filament, which is famous for its low warping and high dimensional stability. This filament works with most 3D printers since it has a standard 1.75 mm diameter. Due to their uniform, smooth extrusion, and vivid hues, the prints are of higher quality and look better.
If you have a professional casting project that demands accuracy and quality, PolyCast Wax Filament by Polymaker is a dependable, high-performance choice.
Purchase Link: Polymaker.
Price: $49
4. eSun Castable Wax Filament
Key features:
- 3D PRINTING PHOTOPOLYMER RESIN: Castable resin for Dental
- Viscosity(mPa·s): 100-150
- Density(g/cm3): 1.05-1.12
- Tensile Strength(MPa): 42-62
The dentistry and jewelry industries highly recommend eSun Castable Wax Filament for its high level of detail and ability to produce smooth surfaces. This filament is perfect for casting as it can create elaborate designs with outstanding detail. The neat burn-out process and minimal ash residue are essential for high-quality casting. This filament is suitable for a wide range of 3D printers because it has an ideal melting point for easy printing.
To keep the printed items accurate, use eSun's wax filament, which has a reputation for low warping and high dimensional stability. This filament works with most 3D printers since it has a standard 1.75 mm diameter. With smooth extrusion and vibrant hues, the filament produces high-quality prints with enhanced visual appeal.
eSun Castable Wax Filament is an excellent choice for professionals who value accuracy and excellence in their casting projects due to its reliability and superior quality.
Purchase Link: eSun
Price: $125
5. BlueCast X10 Wax Filament
When it comes to dentistry and jewelry casting, among other high-precision industries, BlueCast X10 wax filament is the gold standard. This filament is perfect for constructing complex designs because of its unique formulation, which allows for high levels of intricacy and exceptionally smooth surfaces.
A clean and effective burn-out process is critical for high-quality casting, and one of its major characteristics is its minimal ash residue. With the filament's optimized melting point, customers may enjoy a seamless and trouble-free printing experience with a variety of 3D printers.
BlueCast X10's reputation for minimal shrinkage and warping guarantees that printed items retain their precise dimensions. This filament works with most 3D printers since it has a standard 1.75 mm diameter. The consistent and smooth extrusion enhances the quality of the prints. The printed models look even better thanks to the filament's brilliant and uniform color.
BlueCast X10 Wax Filament is a fantastic pick for those who want their casting projects to turn out well.
Purchase Link: Bluecast.
Price: $150
6. MoldLay (Casting Wax) Filament 1.75 mm, Spool 0.75 kg
Key features:
- Almost no warp
- Low viscosity at high temperatures
- Very good dimensional stability
- Solid and keeps its shape
- No heated bed necessary
- Low processing temperature (170 - 185°C)
- Liquefies at ~270°C (emptying the cast)
MoldLay filament is a wax-based substance ideal for making lost wax casting molds. Printing with MoldLay, developed by LayWood and LayBrick filament creator Kai Parthy, is a lot like printing with PLA; the ideal printing temperature ranges from 170 to 180 °C.
At higher temperatures, MoldLay changes into an extremely low-viscosity fluid, making mold removal a breeze. This is what really sets it apart from the competition. This makes it compatible with regular ovens, eliminating the need for any kind of specialist apparatus.
At low temperatures, MoldLay is just as effective as other plastics, and it won't even release any harmful fumes. Its resistance to bending further makes it a suitable choice for molds with intricate or thin geometries. Its dimensional stability and rigidity make it an excellent choice for long-lasting, precise molds.
Experts in the casting industry recommend MoldLay due to its low processing temperature, high stability, and user-friendliness.
Purchase link: Marwiol.
Price: €48
7. I-BEAM BLUE WAX PLA Casting Filament for 3D Printers – 1.75mm / 3kg Spool
Key Features:
- Material: I-BEAM BLUE WAX PLA
- Actual Weight of Filament: 2200g (approximate length on the spool is 725 meters)
- Diameter Tolerance: ± 0.05 mm
- Density: 1.210 – 1.430g/cm3
- Glass Transition Temperature: 55°C
- Suggested printing temperature: 195°C – 240°C*
- Suggested print speed: 35 – 100 mm/s
- Suggested heated bed temperature: 50-60°C
With its simple printing and clean burning features, the I-BEAM BLUE WAX PLA casting filament is perfect for investment casting. While it may sound like wax, this filament is actually a synthetic version of blue wax that has many of the same characteristics and is therefore useful in casting.
It works well with heated and non-heated build platforms and can withstand temperatures ranging from 195 to 240 degrees Celsius. For optimal adhesion, use a heated bed temperature of 50 to 60 degrees Celsius.
In addition to making prints easier to sand and increasing surface hardness, the filament's blue color aids in finding and fixing print faults. Prints are sturdy, precise, and dependable thanks to a combination of higher-temperature PLA resins that minimize curling on overhangs.
Blue Wax PLA is popular for prototyping because of its deep blue color, is suitable for most 3D printers, and is versatile. The in-house testing demonstrated nearly complete combustion with low ash generation, indicating that it burns cleanly. This ensures that the castings are of excellent quality and less likely to be faulty. A 3-kilogram spool of this filament is available, so you'll have more than enough for all your printing needs.
Purchase link: Stacker3D
Price: $150
Having looked at wax filament, it’s also important to have a look at the best 3D printing software that you can use to create your 3D models and even prepare them for 3D printing. There are many that are available, but we recommend using SelfCAD. It is a 3D design software that has a user-friendly interface and it comes with all the necessary tools that you need to bring your ideas to life. Some of the features of the software includes powerful 3D sculpting brushes, image to 3D tool, freehand drawing and sketching, various modification and deformations features as well as shape generators.
SelfCAD also comes with an online slicer that you can use to slice your designs without having to switch to a different software.
If you are new to 3D modeling, SelfCAD offers interactive tutorials to help you learn 3D modeling.
Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.
Need to learn 3D modeling? Get started with interactive tutorials.