“Chuangxiang 3D made its appearance at IFA 2026; SPARKX i8 premiered globally, and its flagship model K3 received two honors!”
2026-09-07 14:17Products & Apps🔥 42.2 heat score
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On September 7, 2026, Chuangxiang 3D announced its products at the IFA 2026 exhibition in Berlin. The company launched SPARKX i8, equipped with its own QuarTeks™ four-channel extrusion system, for the first time globally, and displayed the flagship model K3. SPARKX i8 utilizes KliTek™ multi-nozzle technology, which improves color printing efficiency by nearly 50% compared to traditional solutions, reduces material waste by about 85%, and supports stable printing of various TPU flexible materials. During the exhibition, both K3 and M1&R1 models won the IFA Innovation Award and GADGETY AWARDS. Additionally, the booth showcased products such as Ender-3 V3 Mega, HALOT series photocurable printers, Falcon laser engraving machines, Pika, and Sermoon P1 scanners, fully demonstrating its comprehensive ecological coordination capabilities from digital acquisition to multi-material output.
At IFA 2026 in Berlin, Chuangxiang 3D made its global debut with SPARKX i8 and showcased the flagship K3 model. This model features our own KliTek™ multi-nozzle technology, with a nozzle change time of less than 5 seconds and material change time not exceeding 15 seconds. Compared to traditional solutions, this improves color printing efficiency by nearly 50% and reduces material waste by approximately 85%, enabling stable printing of various TPU flexible materials. SPARKX i8 is equipped with our own QuarTeks™ four-channel extrusion system, which increases color printing efficiency by up to 500%. Combined with Chuangxiang Cloud AI ecosystem, it allows for immediate printing upon unpacking. During the exhibition, both K3 and M1&R1 won IFA Innovation Awards and GADGETY AWARDS. Additionally, the booth featured products such as Ender-3 V3 Mega, HALOT series light-cured printers, Falcon laser engraving machines, Pika, and Sermoon P1 scanners, fully demonstrating the comprehensive ecological collaboration capabilities from digital acquisition to multi-material output.