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In comparison to conventional manufacturing methods, heat resistant micro 3D printing material is unique for a variety of reasons. It works with a variety of heat-resistant 3D printing materials, exactly like a variety of materials used in conventional manufacturing, which is one of the reasons behind this.
Both professional engineers and 3D printing amateurs can employ a wide range of heat-resistant materials.
You can choose from a variety of materials to make pieces that will be exposed to heat, including heat-resistant metals and polymers. The best 3D printing materials are those that are often utilized in industrial and commercial products and stand out for having high heat resistance.
The Global Heat Resistant Micro 3D Printing Material market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Two OEMs, Cubicure and UpNano, who have developed specialized knowledge in 2PP 3D printing and heat resistant micro 3D printing material, have teamed up to take advantage of the benefits of these technologies to improve materials.
Through their joint efforts, a novel, high-performance polymer with remarkable heat resistance and suitability for ultra-accurate 2-photon polymerization (2PP) 3D printing was created.
The new material, dubbed “Thermo driven by Cubicure,” would allow micro-3D printing to satisfy the particular needs of the electrical industry. To refresh your memory, UpNano GmbH manufactures the Nano One line of 2PP 3D printers, capable of printing structures with nanometer resolution and centimeter-sized dimensions.
The Thermo material is stable up to 300 degrees Celsius and is readily available (HDT-B, the test specimens were printed with a length of 35 mm).
