The Snapmaker 2.0 Rotary Module is a resourceful all-in-one 3D printer ideal for hobbyists and makers. The printer consists of a 3D printer, CNC machine, and laser engraver, allowing users to utilize these capabilities while producing unique products. When considering the many benefits of 3D printing and its surprising versatility, the question often asked is about the types of materials used for these additive processes.
The Snapmaker 2.0’s rotary modules allow the creation of 3D prints on cylindrical objects like cups, pens, metal pipes, and more. There are many types of materials that you can use on the Snapmaker 2.0 rotary module and each has unique strengths and weaknesses. However, not all materials will produce excellent results when 3D printed with the rotary module. This blog post will explore the best materials for 3D printing with the Snapmaker rotary module. Some of the materials include the following:
- PLA (Polylactic Acid)
PLA is a commonly used environmentally friendly 3D printing material mainly sourced from sugarcane and starch, making it biodegradable. PLA is popular because it is affordable, easy to 3D print, and available in various colors. PLA comes in soft and firm forms, and its prevalence in 3D Printing grows continually because of its remarkable properties.
PLA is also referred to as “green plastic.” PLA is commonly used for printing with the Snapmaker 2.0 rotary module and for simple school projects because it is easy to use and print. PLA is perfect for Printing because it is a relatively soft material that easily conforms to the shape of the printed object. The material produces a superior-quality finish that is ideal when creating detailed designs. PLA can easily print objects with sharper features or corners compared to other materials such as ABS.
- Acrylonitrile Butadiene Styrene or ABS
ABS is a well-known 3D printing material you can use with your Snapmaker rotary module. ABS is a highly-durable but surprisingly firm and flexible material commonly used by automotive product manufacturers and even hobbyists. The ABS plastic material comes in various colors, making it an excellent option for producing 3D-printed toys. Furthermore, ABS is becoming popular for printing crafts such as home décor and jewelry.
ABS is used in infusion shaping and can be tracked down in various family things. For example, telephone cases, protective bike caps, and rock-hard Lego blocks are made from ABS. ABS gives these products outstanding characteristics such as temperature opposition, power, and solidness.
ABS is perfect for Printing on the Snapmaker 2.0 rotary module because it is a relatively hard material that maintains its shape when printing cylindrical objects. However, remember that ABS can be challenging to print with and may need a heated build plate to inhibit warping or breaking as things cool. Furthermore, ABS may produce pungent and potentially harmful fumes while printing; therefore, proper ventilation is necessary.
- Nylon
Nylon is one of the best materials for 3D printing with the Snapmaker 2.0 rotary module. Nylon is best known for its toughness and flexibility and is used for various applications because of these excellent characteristics. Nylon is a perfect choice because it is a relatively hard material that maintains its shape while printing cylindrical objects.
The biggest drawback of using nylon is its propensity to absorb water, which causes defects during 3D printing. Nylon filaments should be stored in airtight containers and are unsuitable for 3D printing in humid environments. Nylon material can also be used for “cold pulling” to help eliminate debris from the nozzle of your 3D printer.
- PETG or Glycolized Polyester
PET is a solid but flexible 3D printing material ideal for producing products that must withstand rough handling or harsh environments. PET is a great choice when using Snapmaker rotary module because of its relative softness and ease of conforming to the shape of the objects being printed. In addition, PETG produces a smooth surface finish that is ideal for printing detailed designs.
PETG is a nebulous plastic that is 100% reusable, making it environmentally friendly. PET has similar characteristics to polyethylene terephthalate or PET. However, glycol has been added to help reduce its weaknesses. PETG is a filament that is easier to use, clearer, and less brittle than PET.
- TPU
With TPU, you can use your snapmaker rotary module device to create objects that flex or bend. It can also develop products that have a soft feel, such as key chains and phone cases. TPU is ideal for 3D printing with a Snapmaker 2.0 rotary module because the material easily conforms to the object’s shape and gives a smoother surface finish.
- High Effect Polystyrene or HIPS
HIPS is a 3D printing material made from a mixture of two polymers; polybutadiene elastic and polystyrene plastic. These polymers produce a material that is adaptable and intense. HIPS can be used for 3D printing using the Snapmaker rotary module because it has properties similar to ABS. Furthermore, it can withstand lots of higher effect power and ultimately dissolve. HIPS can completely dissolve in a liquid hydrocarbon known as limonene.
HIPS has excellent machinability, making it perfect for creating complex structures. In addition, it is lightweight, smooth, and impact and water-resistant. Furthermore, it is food-safe since the FDA approves it for all food-handling applications. The only disadvantage of the HIPS is that it produces strong fumes and should be 3D printed in an enclosure or well-ventilated area. If there is no constant heat flow, HIPS may clog your 3D printer’s delivery tubes and nozzle.
Conclusion
With the Snapmaker 2.0 rotary module, you will have a powerful tool to take your 3D printing activities to a new level. You must choose the best material that suits your printing project for superior-quality results. With your Snapmaker 2.0 device, the best materials, coupled with the proper knowledge and 3D printing expertise, will ensure you get exceptional prints and products that serve the intended purpose. As the industry grows, more people and businesses are investing in the best 3D printers and turning to this additive technology. We can expect the invention of more materials for making prototypes compatible with the best 3D printers in the market, including the Snapmaker 2.0 rotary module.