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News
eSUN Unveils PLA-HF: The Ultra-High-Speed 3D Printing Filament Breaking the 1000mm/s Barrier
4+ day, 5+ hour ago (120+ words) lincolnjournal.com Javascript is required for you to be able to read premium content. Please enable it in your browser settings. Sorry, an error occurred. Account processing issue - the email address may already exist Must be at least 8 characters, not…...
eSUN introduces PLA-HF high-speed 3D printing filament
4+ day, 2+ hour ago (215+ words) The PLA material supports 600 mm/s daily print speeds and up to 1000 mm/s depending on printer settings. eSUN has introduced PLA-HF, a high-speed 3D printing filament for FDM printing. The material is designed for daily print speeds of 600 mm/s…...
FDM PEBA 3D Printing: Flexibility, Energy Return & TPU Guide
4+ day, 3+ hour ago (732+ words) Compare PEBA and TPU for flexible FDM parts, including rebound, fatigue, lattice design, sports applications and manufacturing process selection....
Is Manual Filament Tuning Still Worth It?
4+ day, 19+ hour ago (28+ words) In this era of consumer-grade FDM printers that have automatic bed levelling, automatic pressure advance tuning, automatic temperature regulation and so on buttoned away behind bullet-proof presets an......
Smart 3D-printed material can stretch or shrink when exposed to heat
4+ day, 13+ hour ago (521+ words) The researchers demonstrated the method in both 2D and 3D structures. Researchers in South Korea have recently developed a novel 3D printing method that allows soft actuators made from a single material to stretch or contract when exposed to heat. The project was…...
NIT Rourkela secures patent for extruder to produce composite filaments for 3D printing
4+ day, 22+ hour ago (234+ words) Rourkela, August 11: Innovators from National Institute of Technology, Rourkela (NIT Rourkela) have patented a low-cost and portable extruder system to make filaments for 3D printing. The developed setup can use recycled plastics, minimizing full reliance on virgin materials and increasing the…...
NIT Rourkela Researchers Develops Low-Cost 3D Printing Filament From Recycled Plastic
4+ day, 23+ hour ago (486+ words) Published: August 11, 2026 at 8:45 PM IST Rourkela: Researchers at the National Institute of Technology (NIT) Rourkela have developed and patented a low-cost, portable filament extrusion system that can produce composite filaments for 3D printing using recycled plastic waste. The researchers believe the…...
NIT Rourkela secures patent for extruder to produce composite filaments for 3D printing - Prameya News
5+ day, 3+ hour ago (234+ words) Rourkela, August 11: Innovators from National Institute of Technology, Rourkela (NIT Rourkela) have patented a low-cost and portable extruder system to make filaments for 3D printing. The developed setup can use recycled plastics, minimizing full reliance on virgin materials and increasing the…...
NIT-R Researchers Patent Low-Cost Tech To Turn Plastic Waste Into 3D Printer Filament | Odisha
5+ day, 1+ hour ago (453+ words) Raurkela: Researchers at the National Institute of Technology Raurkela (NIT Raurkela) have patented a low-cost, portable extruder system that can produce filaments for 3D printing using recycled plastic waste. Developed at a cost of around Rs 45,000, the system is designed to…...
Plastic waste to 3D printing filaments: NIT Rourkela secures patent for low-cost system
5+ day, 7+ hour ago (365+ words) Researchers at the National Institute of Technology Rourkela (NIT Rourkela) patented a low-cost, portable extruder system that can produce 3D printing filaments using recycled plastic waste. The system was developed at an approximate cost of Rs 45,000 and is designed to reduce…...