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Addressing static electricity issues with substrate placement jigs! Jigs that protect semiconductors and other components from damage due to static electricity can be produced in-house at low cost and with short lead times!

<Conductive Filament> The developed conductive filament for 3D printers is a filament in which carbon nanotubes (CNT) are uniformly dispersed in an elastomer. By incorporating CNT, it forms a fine and dense conductive network within the material, preventing the accumulation of charge and resulting in a non-charged state. <Features of Conductive Filament> 〇 Low Surface Resistance Generally, materials like ABS and PLA used in 3D printers are insulators and tend to accumulate charge, but the conductive filament is controlled to have a surface resistance value of 10³ to 10⁶ Ω/sq, making it an excellent material for charge dissipation. 〇 Flexibility Not Found in Normal Materials In delicate substrate fixtures, if the material is too hard, it can break, and if it is too soft, it may not be stable; therefore, moderate flexibility is required. The conductive filament has rubber-like elasticity (Shore A hardness of 80 to 85 degrees), allowing for adequate friction and elasticity to work without damaging the substrate. <Three Features> - Excellent conductivity - No carbon shedding, clean - Flexibility not found in resins <Specifications of Conductive Filament> Filament Diameter: φ1.75mm Net Weight: 500g Filament Color: Black