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Modeling filament - List of Manufacturers, Suppliers, Companies and Products

Modeling filament Product List

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[Case Study] FUNMAT PRO 410 for Difficult-to-Shape PP Material

[Case Study] FUNMAT PRO 410 for Difficult-to-Shape PP Material

Achieve stable and high-quality finishes with the difficult-to-shape PP material using the "FUNMAT PRO 410"!

The 3D printer "FUNMAT PRO 410" that we handle can use various filaments and collaborates with material manufacturers across different industries. This time, we partnered with Hokuriku Engineering Plastic Co., Ltd., a filament manufacturing company, to create parts using PP material. PP material is known for being prone to shrinkage and having poor adhesion to the build plate, making it difficult to print. However, by combining the "FUNMAT PRO 410" with the company's PP material, we can not only overcome this challenge but also achieve stable and high-quality results. [Filament Features] ■ Compatible with diverse fields ■ Safe and secure, made in Japan ■ Complies with food sanitation laws *For more details, please refer to the related links or feel free to contact us.

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3D printing filament "BioDegmer Filament"

3D printing filament "BioDegmer Filament"

To shorten the development and prototyping period. Active in a wide range of applications such as implants and scaffolds.

"BioDegmer Filament" is a 3D printer filament with excellent biocompatibility and biodegradability. It can be used in a wide range of applications in the medical field, such as scaffolds for implants and cell/tissue regeneration. By creating 3D models, it allows for hands-on examination of actual models, which is expected to shorten the time required for strength and precision verification, as well as testing and validation. [Features] - For research and development in the medical field - Filament diameter: 1.75mm - Consultation available for prototyping and evaluation of printed products, structural design, and 3D data creation *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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A method to achieve high-resolution modeling with FDM.

A method to achieve high-resolution modeling with FDM.

No additional processing, thin layer molding, compatible with 0.2mm nozzle POTICON filament.

With FDM 3D printers, it is now possible to achieve such high-resolution modeling. In this video, we thoroughly examined how much precision, strength, and design quality can be enhanced using Otsuka Science's POTICON filament, which can be finished with zero post-processing. The first major point is that "no post-processing is required." In typical FDM printing, polishing or post-processing is often necessary to eliminate surface irregularities and layer lines, but all samples in this case are as printed. Despite not being sanded afterward, they achieve a very smooth and uniform surface quality. This is due to the unique material properties of POTICON filament and the combination of appropriate nozzle diameter and layer settings. Another noteworthy point is the ability to stack with thin layers. The samples introduced in the video were printed with only the first layer on the build plate and then removed as is, and even at this stage, they are already finished with high precision. Based on this thinness and uniformity, stacking the second and third layers allows for high-resolution modeling that is hard to believe is FDM.

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