New product development takes too long, requiring repeated design modifications
Traditional mold-opening processes are costly and time-consuming
Traditional manufacturing heavily relies on mold development with high upfront costs
Unsuitable for small-batch or customized production
Traditional CNC or injection molding has high unit costs in small-batch production
Difficult to balance efficiency and cost
Outsourced processing and multi-level supply chains cause long and unstable delivery cycles
Faurecia, a global leader in automotive seating, successfully validated a car seat base prototype using the CreatBot 3D printer in just 10 days. Compared to traditional stamping, delivery time was reduced by 85% and costs by 70%, achieving true agile development.
Download EbookNexen Tire USA, the North American business hub of Korea's Nexen Tire, is one of the world's top 10 tire manufacturers. Known for high-performance tires, SUV tires, and leading run-flat technology, Nexen is a trusted OEM supplier to many renowned automotive brands, continuously pursuing technological innovation.
Download Ebook
One of CreatBot's core advantages is large-format FDM industrial printing capability, meeting industrial customer needs for integrated large structural parts, fixture and jig manufacturing, and prototype to small-batch production.
The key factor for industrial customers is material capability, not appearance or speed. Support for high-temperature materials such as PEEK and PEI meets the high-temperature and high-strength needs of aerospace, automotive, and mold industries.
What industrial customers fear most is not slow speed, but instability. Long-duration continuous printing stability, industrial environment adaptability (24/7 operation), and controllable printing parameters with process repeatability are critical.
Faurecia, a global leader in automotive seating, successfully validated a car seat base prototype using the CreatBot 3D printer in just 10 days. Compared to traditional stamping, delivery time was reduced by 85% and costs by 70%, achieving true agile development.
Download EbookFAL Company, a global leader in high-performance molds, has revolutionized its mold manufacturing process with the CreatBot D1000 HS industrial 3D printer, printing complex 3D models in hours while reducing production time and costs.
Download Ebook
In e-mobility innovation, speed is key. The CreatBot D1000 HS industrial 3D printer joined forces with NIU Electric to break through traditional manufacturing bottlenecks, printing a 750mm PET-CF carbon-fiber cockpit shell in just 65 hours.
Download Ebook
Bell Helmets, a global leader in high-quality helmet design and production, partnered with CreatBot to accelerate the design-to-production process for next-generation helmets, shortening time-to-market and improving product quality.
Download EbookIn 2023, Sulzer's Dalian factory pioneered the use of the CreatBot D1000 large-format industrial 3D printer for PLA investment casting. After a year of rigorous production validation, its Finnish subsidiary purchased two D1000HS units for rapid iteration development at its European R&D center.
Download Ebook
Faurecia, a leading global car-seat manufacturer, successfully validated car-seat base prototypes using CreatBot 3D printer in just 10 days—cutting lead time by 85 % and cost by 70 % versus traditional stamping, enabling true agile development.
by deploying 15 CreatBot D600 Pro2 HS large-format high-temperature 3D printers, the project team successfully delivered 100 sets of seat part models directly usable for functional testing within 10 days, with a printing success rate of 92%, perfectly meeting Tesla's dual demands for speed and quality.
Samsung Electronics and CreatBot, a leading global manufacturer of enterprise-level large-format and high-temperature 3D printers, have announced a joint collaboration to revolutionize display prototype development. The collaboration aims to accelerate the design-to-production process for next-generation displays, enabling faster time-to-market and higher quality products.
A large-format industrial 3D printer is an additive manufacturing device with large build capacity (typically over 500mm), high stability, and long-duration continuous operation capability, mainly used for functional prototypes, industrial parts, and end-use products.
Large 3D printers are widely used in automotive, aerospace, mold manufacturing, and industrial equipment for producing functional parts, jigs and fixtures, rapid tooling, and complex structural components.
Large 3D printers can produce parts without molds, significantly reducing upfront costs and delivery time while manufacturing complex structures difficult to achieve with traditional processes.
Large-format 3D printing enables integrated molding of large parts, reducing assembly steps and structural weaknesses while improving overall strength, consistency, and production efficiency.
Large industrial 3D printers support various engineering materials including PLA, ABS, PETG, Nylon, PC, as well as high-performance materials like PEEK and PEI, plus carbon-fiber reinforced composites.
Yes. With improvements in material properties and printing technology, large 3D printers are widely used for direct manufacturing of small-batch end-use products, customized parts, and functional industrial components.
Compared to CNC and injection molding, 3D printing requires no molds, has shorter delivery cycles, excels in complex structure manufacturing, and offers lower total costs with greater flexibility for small-batch production.
ROI depends on the application, but in cases of replacing high-cost molds, accelerating product development, and small-batch production, investment recovery is typically achieved within 6 to 18 months.
