The ABS ultra-low odor 3D printing filament of 3D FISH is a high-performance material developed for industrial and consumer users needs for environmental protection, health and safety. Through modification process, it greatly reduces the release of irritating gas in traditional ABS printing, while retaining the excellent mechanical properties and heat resistance of ABS:
With high strength and high toughness, it is suitable for load-bearing structural components and functional prototypes. It can also withstand high temperature in short term to meet the heat resistance requirements of automotive interior and electronic shell. It solves the pain point of easy cracking of large size printed parts.
Through optimized formula, the odor in the printing process is significantly reduced, which meets the safety standards of indoor working environment. It can be operated safely without additional ventilation equipment, and can be adapted to any place such as residential life and office.
Technology and validation
Certified by multiple industry leaders, this material boasts a 90%+ repurchase rate and has been recognized as the benchmark product in the low-odor ABS market. With stable production capacity and warehouse management, it supports automotive-grade and military-grade traceability requirements. The material eliminates volatile risks while enabling recyclable solutions, driving sustainable development and promoting eco-friendly manufacturing practices.
Ease of use and compatibilityCompatible with most FDM printers (e.g. Ultimaker, Creality), the full range supports high-speed printing. Flexible post-processing options like surface polishing, spraying, electroplating, or machining enhance the finished products aesthetic appeal.
application scenarios
With its low odor profile, this material makes an ideal choice for interior components like dashboards and door panels, meeting in-car air quality standards. Its high gloss finish and impact resistance make it perfect for precision-engineered parts such as earphone casings and keyboard keys. The non-toxic and safe nature of the material also suits applications including anatomical models, surgical guide plate prototypes, and educational tools.
