Welcome to our extensive repository for Technical Data Sheets (TDS) on our 3D print filaments. These detailed sheets encompass material properties, mechanical characteristics, thermal properties, and crucially, recommended print settings to ensure bo
Welcome to our extensive repository for Safety Data Sheets (SDS) on our 3D print filaments. Each SDS provides critical safety information to ensure safe handling and use of our products, while also aiding in the selection of the right filament for yo
This article provides essential information on the importance of drying filament before use, especially for moisture-sensitive materials. It outlines the signs of moisture-related issues and offers drying recommendations to help ensure optimal 3D pri
We are excited to offer printing profiles for Overture Filaments on Bambu Studio or Orca Slicer.
At OVERTURE 3D Technologies, we are committed to providing safe and environmentally friendly products. As part of our dedication to sustainability and consumer safety, we adhere to the directives established by the Restriction of Hazardous Substances
Overture Rock PETG, Rock PLA and other Rock-type filament may not inherently damage nozzles, their composition can lead to increased wear depending on the nozzle material. We would suggest using 0.6mm hardened nozzle when you print with Rock PETG or
The marble texture of Rock Filament like Rock PLA / Rock PETG is achieved by adding marble powder and it is mainly composed of inorganic calcium carbonate. Consider 0.6 mm hardened nozzle for best results.
Shimmer PLA is made with a base of standard PLA filament, which is a biodegradable thermoplastic, mixed with glitter-like additives.
No, Overture Shimmer PLA consists of standard PLA blended with glitter-like additives. These additives are typically not significantly abrasive; they are more for aesthetic purposes than for mechanical strength or reinforcement.
Shimmer PLA is generally not considered an abrasive filament in the same way that composite filaments. It should not pose significant risks of nozzle wear in typical use cases.
Turbo PLA is a “polyester-based” filament. Similar to PLA , it consists of long molecular chains connected by ester bonds, creating a strong and flexible material.It retains the easy-to-print qualities of PLA while providing faster printing.
Turbo PLA can reduce your print times while maintaining the user-friendly properties of standard PLA. Thanks to its higher melt index and enhanced volumetric flow, Turbo PLA melts and cools rapidly, allowing you to complete prints up to 30% faster.
Turbo PLA may not bond well with other PLA materials. Therefore, if you plan to do multi-color printing, we recommend avoiding the mixing of Turbo PLA with other materials to ensure optimal printing results and product quality.
The total length of a color change cycle is approximately 60 meters. A 1 kg roll contains about 5.5 color change cycles, featuring four distinct colors: red, yellow, green, and blue. In one cycle, the lengths of each color are roughly as follows: red
The total length of a color change cycle is approximately 26 meters. A 1 kg roll contains about 12 color change cycles, featuring two distinct colors: light blue and white. In one cycle, the lengths of each color are roughly as follows: light blue (1
Overture Easy PLA offers a wider range of vibrant colors compared to regular PLA and is a more cost-effective option.
For outdoor prints where longevity and durability against UV exposure and weather conditions are critical, ASA is generally the best choice due to its excellent UV resistance and overall durability. PETG is also a very strong option and is easier to
Overture materials provide a variety of heat resistance characteristics suitable for different applications. Below are the Vicat Softening Temperatures of five engineering filaments:. These temperature values can help users make informed decisions ba
Yes, ABS may emit fumes during the 3D printing process that some people might find slightly unpleasant. To create a pleasant printing environment, it’s a good idea to print in a well-ventilated space, such as by opening a window or door, while keepin
Overture ASA offers superior UV resistance and greater stability in outdoor environments compared to ABS, making it ideal for outdoor applications. ASA is also considered to have a lower level of toxicity and produces less noticeable fumes, making it
While Overture ASA does produce some odor during printing, the emissions are generally less harmful compared to those from ABS. However, it’s always wise to take appropriate safety precautions, including ensuring good ventilation and considering air
Easy Nylon is slightly abrasive, so it's best to use a hardened steel nozzle or a nozzle designed for abrasive materials to prevent wear and prolong the lifespan of your nozzle.
PETG has notable advantages in heat resistance and chemical resistance. It also provides higher impact strength and is generally priced lower than Overture PLA, offering a cost-effective option for durable prints.
It depends on the specific printer and AMS setup. The distance between the extruder and nozzle in AMS can be too far, which may stretch the filament and cause deformation, leading to inaccurate extrusion. As a result, some printers may restrict the u
A Bowden extruder can be used with HS TPU, but it requires more careful adjustments. Also, print quality will typically be superior when using a direct extruder for flexible materials like TPU.
The "95A" refers to the shore hardness of the TPU material. Shore A is a scale used to measure the hardness of flexible materials, and 95A indicates that the material has a certain degree of deformability. You can manipulate the softness by adjusting
AIR PLA is a lightweight, pre-foamed filament designed to provide low-density prints without the need for extensive modifications to printing settings.
Overture AIR PLA is designed to be lightweight, with a density of 0.9 g/cm³, compared to the higher density of regular PLA at 1.16 g/cm³. This significant difference allows AIR PLA to achieve lighter prints without requiring extensive modifications t
AIR PLA offers several benefits, including lightweight prints, ease of use without extensive settings adjustments, and good print quality, even at lower printing temperatures.
Yes, AIR PLA is well-suited for RC models due to its strong rigidity and ease of printing, making it an excellent choice for designing lightweight structures.
Cream PLA features a soft, warm color with a satin finish, which is between matte and glossy. Additionally, Cream PLA provides better bending strength and layer adhesion than Matte PLA.
Yes, a humid or underwater environment can adversely affect the performance and durability of PLA and its variants. PLA is biodegradable and prone to moisture absorption, which can lead to a decrease in mechanical properties and print quality over ti
Super PLA+ is an upgraded variant of regular PLA designed for enhanced performance, particularly in terms of toughness. It maintains the printability of regular PLA while offering outstanding Charpy impact strength, making it exceptionally resilient.
Yes, high temperatures can significantly affect the strength of PLA and its variants. PLA has a relatively low glass transition temperature of around 60°C (140°F), making it susceptible to softening and deformation when exposed to elevated temperatur
The total length of a color change cycle is about 80 meters. A 1 kg roll contains approximately 4 color change cycles, featuring six distinct colors: red, orange, yellow, green, blue, and purple. In one cycle, the lengths of each color are roughly as
Overture Matte PLA is made from renewable resources but is not suitable for home composting. It requires industrial composting conditions to degrade effectively.
Matte PLA contains added inorganic particles that give it a matte finish and help reduce adhesion to supports, making them easier to remove. However, keep in mind that Matte PLA, including Matte PLA-based Carbon Fiber PLA, has lower strength and laye
The total length of a color change cycle is about 37 meters. A 1 kg roll has around 9 color change cycles, featuring four colors: blue, green, yellow, and purple. Each color in a cycle is approximately 6-7 meters long. For small print pieces, the gra
The total length of a color change cycle is about 80 meters. A 1 kg roll contains about 4 color change cycles, featuring seven distinct colors: red, orange, yellow, green, cyan, blue, and purple. In one cycle, red, orange, green, cyan, blue, and purp
No, Matte Wood does not contain actual wood fibers. The wood-like appearance is achieved through the use of colorants, so you don’t need to worry about any printing issues related to fibers.
Dual-color filament features colors blended into a single strand, creating a smooth gradient that transitions between the two colors. You can easily adjust the visible color by changing the orientation of the color-blending filament, allowing for var
No, PLA-CF is based on Matte PLA with added carbon fiber. While it has slightly better charpy impact strength than standard PLA, its bending strength and layer adhesion are noticeably weaker. Therefore, PLA-CF is not suitable for engineering applicat
Overture PLA offers better strength and stiffness than PETG and is generally easier to print. Additionally, it comes in a wider variety of colors and variants, allowing for more creative flexibility in your projects.
Overture PLA is made from biodegradable plant-based materials, primarily derived from renewable resources such as corn starch. While these materials are generally considered safe, it is important to note that Overture PLA is not certified for food co
The total length of a color change cycle is approximately 60 meters. A 1 kg roll contains about 5.5 color change cycles, featuring five distinct colors: red, orange, green, blue, and purple. In one cycle, the lengths of each color are roughly as foll
We do not offer a product named PLA+ or PLA Plus. The listings you see on Amazon are likely other brands using these names to optimize search results and for marketing purposes. Super PLA+ is an upgraded variant of regular PLA designed for enhanced p