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3D Printing Tolerances: A Comprehensive Guide to Dimensional Accuracy Across Technologies, Materials, and Design

3D printing tolerances represent a critical aspect in additive manufacturing. This article analyzes the differences between the main technologies, the impact of materials and thermal shrinkage, and the importance of design for additive manufacturing. Discover how 3dbooster addresses the challenges of dimensional accuracy with a technical, calibrated, and results-oriented approach.

Kevlar: the right “filler” for 3D printing

3D printing is undergoing an increasingly rapid evolution, thanks to the introduction of cutting-edge technical materials that broaden the range of possible applications. Among these, kevlar filament – also known as aramid filament, kevlar-filled filament or aramid-filled filament – stands…

Technical Filaments: Materials and Applications

Selecting the right technical filament is crucial for achieving optimal results in 3D printing, especially in industrial or professional settings. Each material has unique characteristics that make it suitable for specific applications, but it also presents printing challenges that must…

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